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NISTIR 8015

An ACT-R Model of Elliptical Endpoint 

Error Distributions in a Mobile 

Touchscreen 2-D Fitts’ Law Task

Kristen K. Greene 

Melissa A. Gallagher

Franklin P. Tamborello, II

http://dx.doi.org/10.6028/NIST.IR.8015
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NISTIR 8015

An ACT-R Model of Elliptical Endpoint 

Error Distributions in a Mobile 

Touchscreen 2-D Fitts’ Law Task

Kristen K. Greene

Information Access Division

Information Technology Laboratory

Melissa A. Gallagher

Rice University

Houston, TX

Franklin P. Tamborello, II

Cogscent, LLC

Washington, DC

This publication is available free of charge from:

http://dx.doi.org/10.6028/NIST.IR.8015

July 2014

U.S. Department of Commerce 

Penny Pritzker, Secretary

National Institute of Standards and Technology 

Willie May, Acting Under Secretary of Commerce for Standards and Technology and Acting Director
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ii

Abstract

Given the high propensity of users’ motoric errors with smaller touchscreen buttons, knowing the 

endpoint distributions for finger-based pointing and tapping is especially important for higher-fidelity 

predictive modeling of tasks on such devices. One of the most studied models of aimed human motor 

movement in HCI is Fitts’ Law. While Fitts’ Law has a long and successful history of application in 

predicting mouse-pointing or stylus-tapping times, its traditionally high predictive ability declines when 

it is applied to finger-pointing tasks involving small touchscreen targets, especially when the finger 

(input device) is larger than the target itself (commonly known as the “fat finger” problem). There is still 

some uncertainty regarding the systematic prediction of endpoint distributions for two-dimensional 

finger-pointing tasks. Recent work (May, 2012) found endpoint error distributions larger for on-axis 

than off-axis movement in a mouse-pointing task, with the shape of the error distribution along the 

movement axis more ovoid than circular around the target center. Since the implementation of endpoint 

error in ACT-R did not previously distinguish between on-axis and off-axis error, Gallagher and Byrne 

(2013) implemented May’s 2012 work in an ACT-R model by modifying the method by which noise is 

added to the ending position of mouse movements. Here, we build upon such modifications by 

implementing them in an ACT-Touch model; ACT-Touch is an extension to the ACT-R cognitive 

modeling framework, useful for modeling and simulation of human interactions with mobile 

touchscreen devices.
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1. Introduction

As the number and variety of tasks performed on mobile touchscreens continues to increase, it is critical 

that our modeling and simulation methods evolve to keep pace with the ever-changing technology 

environment. Given the high propensity of users’ motoric errors with smaller touchscreen buttons, 

knowing the endpoint distributions for finger-based pointing and tapping is especially important for 

higher-fidelity predictive modeling of tasks on such devices. 

One of the most studied models of aimed human motor movement in Human-Computer Interaction 

(HCI) is Fitts’ Law (original formula, Fitts, 1954; modified formulas by MacKenzie, 1992, and Accot 

and Zhai, 2003, among others), commonly interpreted as a speed-accuracy tradeoff, with numerous 

experiments and refinements over the years (e.g., Guiard, Olafsdottir, and Perrault, 2011). While Fitts’ 

Law has a long and successful history of application in predicting mouse-pointing or stylus-tapping 

times, its traditionally high predictive ability declines when it is applied to finger-pointing tasks 

involving small touchscreen targets, especially when the finger (input device) is larger than the target 

itself (commonly known as the “fat finger” problem). This issue has generated a number of recent 

studies (e.g., Parhi, Karlson, & Bederson, 2006; Perry & Hourcade, 2008; Henze, Rukziok, & Boll, 

2011), and a proposed modification to Fitts’ Law called FFitts Law (Bi, Li, & Zhai, 2013) to improve its 

predictive ability when using a finger as the input device. 

However, there is still some uncertainty regarding the systematic prediction of endpoint distributions for 

two-dimensional finger-pointing tasks. While differences in endpoint errors in desktop pointing tasks 

have been found (e.g., Wobbrock, Shinohara, and Jensen, 2011; May, 2012; Grossman, Kong, and 

Balakrishnan, 2007), to our knowledge these studies still bear replicating in the mobile touchscreen 

environment using fingers rather than mice (or pucks, in the case of Grossman et al. 2007 study) as input 

devices. Most importantly for the modeling and simulation community, support for modeling the latest 

touchscreen Fitts’ Law results should be implemented and tested in an established modeling framework. 

The current work is a first step in this direction. 

2. Modeling Elliptical Error Distributions in a 2-D Pointing Task

Recent work (May, 2012) found endpoint error distributions larger for on-axis than off-axis movement 

in a mouse-pointing task, with the shape of the error distribution along the movement axis more ovoid 

than circular around the target center. Since the implementation of endpoint error in ACT-R did not 

previously distinguish between on-axis and off-axis error, Gallagher and Byrne (2013) implemented 

May’s 2012 work in an ACT-R model by modifying the method by which noise is added to the ending 

position of mouse movements. Here, we build upon such modifications by implementing them in an 

ACT-Touch model; ACT-Touch is an extension to the ACT-R cognitive modeling framework, useful for 

modeling and simulation of human interactions with mobile touchscreen devices (Greene and 

Tamborello, 2013). Like ACT-R, the ACT-Touch code is freely available (http://www.cogscent.com).

Appendix A contains an excerpt of the Lisp code which implements Gallagher and Byrne’s pointing 

error method within ACT-Touch.
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2.1 Task Environment

We use a two-dimensional version of the Fitts’ pointing task (Fitts, 1954) on a touchscreen tablet 

computer measuring 768 pixels (px) wide by 1024 px high at a resolution of 72 pixels per inch. The 

model begins each trial by tapping a rectangular “next” button in the lower-right corner of the screen, 

positioned at 648, 944 (upper-left corner of button) and measuring 100 px wide by 60 px high. When the 

next button is tapped it disappears, the trial begins, and a single circular target (40 px diameter) appears 

in one of 12 possible locations. Targets appear centered inside one of twelve rectangular regions of the 

tablet screen; these regions correspond to a grid comprised of three vertical and four horizontal rows 

(grid lines are not visible to subjects). Each of the 12 possible locations receives an equal number of 

trials (100), with target location randomized to control for order effects. When the target is tapped or 

missed, it disappears, the trial ends, and the “next” button reappears in its location at the bottom right 

corner of the screen. The next button must be tapped to start each subsequent trial. Although most Fitts’ 

Law tasks with desktop computers start each trial in the center of the screen, we chose to start ours in a 

location more representative of a user’s dominant hand’s “home row” position during tablet computing 

(bottom right for right-handed individuals). 

2.2 Model Mechanics

May (2012) found elliptical pointing error distributions in a two-dimensional pointing task. Gallagher 

and Byrne (2013) implemented a revised mouse movement error calculation, below. Their error 

movement calculation yields σ, the standard deviation of the logistic noise function used by ACT-R to 

generate random numbers. The amount of error is scaled by the width of the target, W. The off-axis 

noise is scaled again by 75 %. The ACT-Touch model adapts ACT-R’s (Anderson, 2007) mouse cursor 

movement mechanism to simulate moving a person’s hand across the surface of a tablet computer and 

incorporates the May (2012) and Gallagher and Byrne (2013) refinements to movement error 

distribution in ACT-R.

σ =

W

4.133

∗

√3

π

Appendix B contains a sample of model activity trace as it performs the task. The first trial starts at 

0.963 s into the task, immediately after the “start” button has been tapped. The model decides what to do 

next according to ACT-R’s theory of conflict resolution (Anderson et al., 2004). Its visual system finds 

the location of the next target (time 1.063 s) and the model begins to move its hand to the found location 

when the procedural module sends a request to the motor module to perform a “move-hand-touch” type 

of movement (time 1.113 s). The motor module goes through its phases of movement, including 

preparation of the movement features (time 1.313 s), initiation (time 1.363 s), execution (time 1.750 s), 

and finishing (time 1.800 s). The motor module is pipelined so that while it is executing one movement 

it can prepare the next, e.g. time 1.363 s. when the motor module receives the request to perform a tap 

movement and time 1.513 s when it begins to prepare the tap movement, all while the move-hand-touch 

movement is executing. After the calculated movement latency, the motor module outputs the 

movement and that movements effects now manifest in the modeled environment (time 2.313 s).

(1)
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3. Results

Appendix C lists the data output by the model with columns for trial number, response latency, target Xand Y-coordinates, whether the model hit or missed the target, and response X- and Y-coordinates.

Figure 1 plots that data.

Figure 1. Plot of the two-dimensional Fitts’ pointing task and model output. X and Y axes are drawn to 

scale for a touchscreen tablet sized 768 px wide by 1028 px high. The upper left and lower right corners 

of the display are represented by the (X, Y) coordinate pairs (0, 0) and (768, 1024), respectively. The 

open square in the lower right corner is the start position for all trials, the gray circles mark the twelve 

locations where the target may have appeared for any one trial, and the black circles represent tap 

locations for the model’s responses.

0 200 400 600

1000 800 600 400 200 0

X

Y
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4. Discussion

With a more realistic movement error mechanism in place, ACT-Touch can address user issues where 

physical aspects of interface design—such as button sizes—interact with cognitive aspects of human 

performance. For instance, if a touchscreen button is so small that it is difficult to reliably tap, and the 

surrounding area acts to cancel the current software-user dialog, then an accidental miss while 

attempting to tap such a button could undo a significant amount of work the user just performed. Such 

issues could be avoided by evaluating (and fixing) interface designs prior to deployment, using 

predictive models of human behavior that better account for motor movement error. In addition to 

validating the current model with human data, future work is also necessary to explore modeling of agerelated differences in motor movement error. 

5. References

Accot, J., & Zhai, S. (2003). Refining Fitts’ law models for bivariate pointing. CHI ’03: Proceedings of 

the SIGCHI Conference on Human Factors in Computing Systems. (pp. 193-200).

Anderson, J. R., Bothell, D., Byrne, M. D., Douglass, S., Lebiere, C., & Qin, Y. (2004). An integrated 

theory of the mind. Psychological Review, 111(4), 1036-60. doi:10.1037/0033-295X.111.4.1036

Anderson, J. R. (2007). How can the human mind occur in the physical universe? New York: Oxford 

University Press.

Bi, X., Li, Y., & Zhai, S. (2013). FFitts law: modeling finger touch with fitts' law. Paper presented at the 

Proceedings of the SIGCHI Conference on Human Factors in Computing Systems, Paris, France.

Fitts, P. (1954). The Information Capacity of the Human Motor System in Controlling the Amplitude of 

Movement. Journal of Experimental Psychology, 47, 381-391.

Gallagher, M. A., & Byrne, M. D. (2013). The devil is in the distribution: Refining an ACT-R model of 

a continuous motor task. In Proceedings of the 12th International Conference on Cognitive 

Modeling.

Greene, K. K., & Tamborello, F. P. (2013). Initial ACT-R extensions for user modeling in the mobile 

touchscreen domain. In Proceedings of the 12th International Conference on Cognitive Modeling. 

Grossman, T., Kong, N., & Balakrishnan, R. (2007). Modeling pointing at targets of arbitrary shapes. In 

Human Factors in Computing Systems: Proceedings of CHI 2007 (pp. 463-472). New York, NY: 

ACM.

Guiard, Y. Olafsdottir, H. B., & Perrault, S. T. (2011). Fitts’ Law as an explicit time/error trade-off. In 

Human Factors in Computing Systems: Proceedings of CHI 2011 (pp. 1619-1629). New York, NY: 

ACM.

Henze, N., Rukziok, E., & Boll, S. (2011). 100,000,000 taps: analysis and improvement of touch 

performance in the large. Paper presented at the Proceedings of the 13th International Conference 

on Human Computer Interaction with Mobile Devices and Services, Stockholm, Sweden.

MacKenzie, I. S. (1992). Fitts’ law as a research and design tool in human-computer interaction. 

Human-Computer Interaction, 7, 91-139.

May, K. (2012). A model of error in 2D pointing tasks. Undergraduate Honors Thesis, Rice University, 

Houston, TX. 

Parhi, P., Karlson, A. K., & Bederson, B. B. (2006). Target size study for one-handed thumb use on 

small touchscreen devices. Paper presented at the Proceedings of the 8th conference on Humancomputer interaction with mobile devices and services, Helsinki, Finland.
This publication is available free of charge from http://dx.doi.org/10.6028/NIST.IR.8015

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Perry, K. B., & Hourcade, J. P. (2008). Evaluating one handed thumb tapping on mobile touchscreen 

devices. Paper presented at the Proceedings of graphics interface 2008, Windsor, Ontario, Canada.

Wobbrock, J. O., Shinohara, K., & Jansen, A. (2011). Modeling and predicting pointing errors in two 

dimensions. In Human Factors in Computing Systems: Proceedings of CHI 2011 (pp. 1653-1656). 

New York, NY: ACM.
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Appendix A: Model Code Excerpt

What follows is an excerpt from the ACT-Touch modeling and simulation suite of the piece of code 

implementing the two-dimensional pointing error. The full ACT-Touch codebase may be downloaded 

from http://cogscent.com/

;;; -*- mode: LISP; Syntax: COMMON-LISP; Base: 10 -*-

;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;

;;; 

;;; Author : Frank Tamborello

;;; Copyright : (c) 2012-4 Cogscent, LLC

;;; Availability: GNU LGPL, see LGPL.txt

;;; Address : Cogscent, LLC

;;; : PMB 7431

;;; : 2711 Centerville Rd, Ste 120

;;; : Wilmington DE, USA 19808-1676

;;; : frank.tamborello@cogscent.com

;;;

;;; Disclaimer : This library is free software; you can redistribute it and/or

;;; : modify it under the terms of the GNU Lesser General Public

;;; : License as published by the Free Software Foundation; either

;;; : version 2.1 of the License, or (at your option) any later version.

;;; : This library is distributed in the hope that it will be useful,

;;; : but WITHOUT ANY WARRANTY; without even the implied warranty of

;;; : MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU

;;; : Lesser General Public License for more details.

;;; : You should have received a copy of the GNU Lesser General Public

;;; : License along with this library; if not, write to the Free Software

;;; : Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA

;;; : 

;;; 

;;; Acknowledgements

;;; : This research is sponsored by Measurement Science and 

;;; Engineering grant 60NANB12D134 from the 

;;; National Institute of Standards and Technology (NIST).

;;; Special acknowledgements are due to Dr. Ross Micheals and 

;;; Dr. Kristen K. Greene of NIST's Information Technology 

;;; Laboratory.

;;; Thanks also to Dr. Michael D. Byrne, upon whose experiment 

;;; library code I based the device code.

;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;

;;; 

;;; Filename : act-touch.lisp

;;; Revision : 12

;;; 

;;; Description : This code extends the ACT-R 6 (r1227) motor module to implement

;;; several movement styles commonly used with multi-touch handheld 

;;; computers as well as defines a device with which to perform those 

;;; movement styles.

;;;

;;; Usage : Place in ACT-R folder "User Loads." This file will load

;;; automatically after ACT-R loads.

(defgeneric noisy-loc-em? (mtr-mod xy-loc w theta)

 (:documentation "If the Motor Module is set up for it, make the output location noisy."))

 

;;; NOISY-LOC-em? [Method]

;;; Description : Adds noise to the output location if noise is on. 

;;; : Rather than adding the same amount of error on both axis, more is on axis than 

;;; : off axis. uses weighted-error to determine how much it is

;;;

(defmethod noisy-loc-em? ((mm motor-module) (xy-loc vector) (w number) (theta number))

 (if (not (cursor-noise mm))

 xy-loc
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 (if (zerop w)

 xy-loc

 (weighted-error xy-loc w theta))))

;;; WEIGHTED-ERROR [Method]

;;; Description : samples from the normal distribution with different error on axis and off axis 

;;; : based on work by may and byrne (see eq 6)

;;; : Treats the error area as a circle with a diameter of pixw

(defmethod weighted-error ((xy-loc vector) (pixw number) (theta number))

 (model-output "pixw: ~a theta: ~a~%" pixw theta)

 (let ((on-noise (act-r-noise (* (/ pixw 4.133) (/ (sqrt 3) pi)))) 

 (off-noise (act-r-noise (* 0.75 (/ pixw 4.133) (/ (sqrt 3) pi)))))

 (polar-move-xy

 xy-loc 

 (vector 

 (sqrt 

 (+ (* on-noise on-noise) (* off-noise off-noise))) 

 (+ theta (atan (/ off-noise on-noise)))))))

;;; move-hand-touch

;;; Allows the model to move its hand to what it sees. 

;;; Adapted from motor.lisp's move-cursor.

(defmethod move-hand-touch ((mtr-mod motor-module) &key loc object)

 (unless (or 

 (check-jam mtr-mod) 

 (check-specs (or loc object)))

 (let ((r-theta nil)

 (feat nil) 

 (w nil)

 (vision (get-module :vision)))

 

;; always refer back to the visicon chunks if possible

 (setf feat 

 (cond ((and object (chunk-visicon-entry object) 

 (chunk-p-fct (gethash (chunk-visicon-entry object) 

 (visicon vision))))

 (gethash (chunk-visicon-entry object) (visicon vision)))

 ((and object (chunk-slot-value-fct object 'screen-pos)

 (chunk-type-subtype-p-fct 

 (chunk-chunk-type-fct 

 (chunk-slot-value-fct object 'screen-pos)) 'visual-location))

 (if (chunk-p-fct 

 (gethash 

 (chunk-visicon-entry 

 (chunk-slot-value-fct object 'screen-pos)) (visicon vision)))

 (gethash 

 (chunk-visicon-entry 

 (chunk-slot-value-fct object 'screen-pos)) (visicon vision))

 (chunk-slot-value-fct object 'screen-pos)))

 ((and 

 loc 

 (chunk-visicon-entry loc) 

 (chunk-p-fct 

 (gethash (chunk-visicon-entry loc) (visicon vision))))

 (gethash (chunk-visicon-entry loc) (visicon vision)))

 ((and 

 loc 

 (chunk-type-subtype-p-fct 

 (chunk-chunk-type-fct loc) 'visual-location))

 loc)

 (t 

 (print-warning "No valid location could be generated

 from ~s or ~s when trying to move the mouse." object loc)

 (return-from move-hand-touch nil))))

 

 (setf r-theta (xy-to-polar (loc (right-hand mtr-mod)) (xy-loc feat)))

 (if (= 0 (vr r-theta)) ; r=0 is a no-op 

 (model-warning "Move-hand-touch action aborted because hand is at

 requested target ~S" (if object object loc))
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 (progn

 (setf w (pm-angle-to-pixels (approach-width feat (vtheta r-theta))))

 (let ((r-theta-new (xy-to-polar 

 (loc (right-hand mtr-mod)) 

 (noisy-loc-em? mtr-mod (xy-loc feat) w (vtheta r-theta)))))

 (prepare-movement 

 mtr-mod

 (make-instance 

 'hand-ply

 :hand 'right

 :r (vr r-theta-new)

 :theta (vtheta r-theta-new)

 :target-width w))))))))

(defmethod move-hand-touch-request ((mtr-mod motor-module) chunk-spec)

 (let ((object (if (slot-in-chunk-spec-p chunk-spec 'object) 

 (verify-single-explicit-value 

 (chunk-spec-slot-spec chunk-spec 'object) 

 :motor 'move-hand-touch 'object)

 nil))

 (location (if (slot-in-chunk-spec-p chunk-spec 'loc)

 (verify-single-explicit-value 

 (chunk-spec-slot-spec chunk-spec 'loc)

 :motor 'move-hand-touch 'loc)

 nil)))

 (when (or object location)

 (schedule-event-relative 

 0 

 'move-hand-touch 

 :destination :motor

 :params (list :object object 

 :loc location)

 :module :motor

 :output 'high))))

(extend-manual-requests-fct '((move-hand-touch) loc object) 'move-hand-touch-request)

; (remove-manual-request move-hand-touch)
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Appendix B: Example Model Activity Trace

 0.963 VISION SET-BUFFER-CHUNK VISUAL-LOCATION VISUAL-LOCATION1-0-0 REQUESTED NIL 

 0.963 PROCEDURAL CONFLICT-RESOLUTION 

 1.013 MOTOR FINISH-MOVEMENT 

 1.013 PROCEDURAL CONFLICT-RESOLUTION 

 1.013 PROCEDURAL PRODUCTION-SELECTED TAPPED-NOW-FIND 

 1.013 PROCEDURAL BUFFER-SEARCH GOAL 

 1.013 PROCEDURAL QUERY-BUFFER-ACTION MANUAL 

 1.063 PROCEDURAL PRODUCTION-FIRED TAPPED-NOW-FIND 

 1.063 PROCEDURAL MOD-BUFFER-CHUNK GOAL 

 1.063 PROCEDURAL MODULE-REQUEST VISUAL-LOCATION 

 1.063 PROCEDURAL CLEAR-BUFFER VISUAL-LOCATION 

 1.063 VISION Find-location 

 1.063 VISION SET-BUFFER-CHUNK VISUAL-LOCATION VISUAL-LOCATION1-0-0 

 1.063 PROCEDURAL CONFLICT-RESOLUTION 

 1.063 PROCEDURAL PRODUCTION-SELECTED MOVE-HAND 

 1.063 PROCEDURAL BUFFER-READ-ACTION VISUAL-LOCATION 

 1.063 PROCEDURAL QUERY-BUFFER-ACTION MANUAL 

 1.063 PROCEDURAL BUFFER-SEARCH GOAL 

 1.113 PROCEDURAL PRODUCTION-FIRED MOVE-HAND 

 1.113 PROCEDURAL MOD-BUFFER-CHUNK GOAL 

 1.113 PROCEDURAL MODULE-REQUEST MANUAL 

 1.113 PROCEDURAL CLEAR-BUFFER VISUAL-LOCATION 

 1.113 PROCEDURAL CLEAR-BUFFER MANUAL 

 1.113 MOTOR MOVE-HAND-TOUCH OBJECT NIL LOC VISUAL-LOCATION1-0-0-1 

pixw: 44 theta: -2.0048923

 1.113 PROCEDURAL CONFLICT-RESOLUTION 

 1.313 MOTOR PREPARATION-COMPLETE 

 1.313 PROCEDURAL CONFLICT-RESOLUTION 

 1.313 PROCEDURAL PRODUCTION-SELECTED DO-TAP 

 1.313 PROCEDURAL BUFFER-SEARCH GOAL 

 1.313 PROCEDURAL QUERY-BUFFER-ACTION VISUAL-LOCATION 

 1.313 PROCEDURAL QUERY-BUFFER-ACTION MANUAL 

 1.363 MOTOR INITIATION-COMPLETE 

 1.363 PROCEDURAL PRODUCTION-FIRED DO-TAP 

 1.363 PROCEDURAL MOD-BUFFER-CHUNK GOAL 

 1.363 PROCEDURAL MODULE-REQUEST MANUAL 

 1.363 PROCEDURAL CLEAR-BUFFER MANUAL 

 1.363 MOTOR TAP HAND RIGHT FINGER INDEX 

 1.363 PROCEDURAL CONFLICT-RESOLUTION 

 1.513 MOTOR PREPARATION-COMPLETE 

 1.513 PROCEDURAL CONFLICT-RESOLUTION 

 1.750 MOTOR MOVE-A-HAND RIGHT 623.061 -2.0172167 

 1.750 PROCEDURAL CONFLICT-RESOLUTION 

 1.800 MOTOR FINISH-MOVEMENT 

 1.800 PROCEDURAL CONFLICT-RESOLUTION 

 1.850 MOTOR INITIATION-COMPLETE 

 1.850 PROCEDURAL CONFLICT-RESOLUTION 

 2.313 MOTOR DEVICE-HANDLE-TAP #<MULTITOUCH-DISPLAY #x3020046C722D> #(396 405) RIGHT INDEX 

TARGET, a BLACK CIRCLE located at 384 384, tap loc: #(396 405)
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Appendix C: Model-Generated Data

trial latencytarg-x targ-y t-diam hit-p resp-x resp-y

0 1402 384 128 40 HIT 395 141

1 1347 128 640 40 HIT 134 657

2 1354 128 896 40 MISS 125 911

3 1348 128 896 40 HIT 146 920

4 1354 128 640 40 HIT 144 650

5 1088 640 896 40 HIT 652 911

6 1090 640 896 40 HIT 666 906

7 1274 640 640 40 HIT 666 658

8 1274 384 640 40 HIT 394 666

9 1406 640 128 40 HIT 663 132

10 1264 384 896 40 HIT 398 919

11 1267 384 896 40 HIT 400 935

12 1350 128 896 40 HIT 143 914

13 1278 640 640 40 HIT 663 654

14 1275 640 640 40 HIT 655 652

15 1408 384 128 40 HIT 403 136

16 1349 128 640 40 MISS 152 639

17 1405 128 128 40 HIT 146 145

18 1276 384 640 40 HIT 407 646

19 1354 384 384 40 HIT 398 390

20 1105 640 896 40 HIT 659 913

21 1355 640 384 40 HIT 650 393

22 1354 384 384 40 HIT 408 397

23 1271 384 896 40 HIT 390 914

24 1275 640 640 40 HIT 671 657

25 1091 640 896 40 HIT 663 911

26 1281 640 640 40 HIT 656 655

27 1280 640 640 40 HIT 657 649

28 1404 640 128 40 HIT 660 144

29 1358 128 384 40 MISS 140 379

30 1354 128 896 40 HIT 140 914

31 1274 640 640 40 HIT 659 655

32 1353 640 384 40 HIT 660 400

33 1352 128 896 40 MISS 127 906

34 1358 128 896 40 MISS 123 914

35 1354 128 640 40 HIT 137 654

36 1352 128 896 40 HIT 145 911

37 1408 384 128 40 MISS 403 113

38 1351 384 384 40 HIT 403 398

39 1355 128 640 40 HIT 145 659

40 1305 384 896 40 HIT 393 924

41 1280 384 640 40 HIT 393 668

42 1349 128 896 40 HIT 139 926
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43 1354 128 640 40 HIT 136 658

44 1275 384 640 40 HIT 392 650

45 1349 128 640 40 HIT 138 671

46 1359 128 896 40 HIT 144 912

47 1356 128 640 40 HIT 132 679

48 1275 640 640 40 HIT 651 661

49 1274 384 640 40 HIT 408 654

50 1354 384 384 40 HIT 405 394

51 1274 640 640 40 HIT 660 658

52 1353 128 384 40 HIT 147 402

53 1351 128 896 40 HIT 146 920

54 1280 640 640 40 HIT 662 650

55 1362 384 384 40 MISS 398 382

56 1404 128 128 40 HIT 139 140

57 1350 128 640 40 HIT 142 655

58 1362 640 384 40 HIT 659 394

59 1272 640 640 40 HIT 659 660

60 1272 384 640 40 HIT 388 664

61 1365 640 384 40 HIT 652 386

62 1407 640 128 40 HIT 668 143

63 1354 384 384 40 HIT 397 402

64 1283 384 640 40 HIT 393 659

65 1410 384 128 40 HIT 410 143

66 1091 640 896 40 HIT 655 908

67 1351 128 640 40 HIT 136 654

68 1356 640 384 40 HIT 651 405

69 1352 128 384 40 HIT 136 410

70 1405 128 128 40 HIT 143 143

71 1355 640 384 40 HIT 655 403

72 1273 384 640 40 HIT 400 662

73 1278 384 640 40 HIT 402 644

74 1275 384 640 40 HIT 408 656

75 1404 128 128 40 HIT 148 141

76 1354 384 384 40 HIT 403 390

77 1403 128 128 40 HIT 141 139

78 1151 640 896 40 HIT 653 920

79 1356 128 640 40 MISS 121 654

80 1274 384 640 40 HIT 401 655

81 1356 640 384 40 MISS 660 381

82 1107 640 896 40 HIT 647 903

83 1408 384 128 40 HIT 410 142

84 1354 128 384 40 HIT 142 399

85 1364 640 384 40 MISS 655 383

86 1349 128 896 40 HIT 138 919

87 1284 384 640 40 MISS 383 642

88 1357 128 384 40 HIT 143 402
This publication is available free of charge from http://dx.doi.org/10.6028/NIST.IR.8015

12

89 1407 128 128 40 HIT 143 145

90 1357 128 384 40 HIT 144 400

91 1354 128 384 40 HIT 152 399

92 1406 640 128 40 HIT 657 148

93 1272 640 640 40 HIT 653 656

94 1406 384 128 40 HIT 403 144

95 1352 128 896 40 HIT 138 920

96 1357 128 896 40 HIT 132 919

97 1357 640 384 40 HIT 660 391

98 1406 384 128 40 HIT 405 140

99 1355 128 384 40 HIT 139 398

100 1357 640 384 40 HIT 653 399

101 1355 384 384 40 HIT 409 393

102 1354 384 384 40 HIT 399 401

103 1355 640 384 40 HIT 667 399

104 1348 128 896 40 HIT 137 913

105 1350 128 896 40 HIT 147 896

106 1271 384 896 40 HIT 392 910

107 1404 384 128 40 HIT 397 148

108 1102 640 896 40 HIT 646 898

109 1407 128 128 40 HIT 149 135

110 1348 128 640 40 HIT 146 662

111 1415 384 128 40 HIT 397 134

112 1356 640 384 40 HIT 647 391

113 1256 384 896 40 HIT 399 919

114 1268 640 640 40 HIT 660 660

115 1406 128 128 40 HIT 153 128

116 1360 384 384 40 HIT 401 390

117 1406 640 128 40 HIT 651 148

118 1346 128 896 40 HIT 146 921

119 1406 384 128 40 HIT 404 143

120 1355 384 384 40 HIT 393 409

121 1349 128 640 40 HIT 145 656

122 1354 128 384 40 HIT 140 392

123 1357 128 384 40 HIT 142 387

124 1361 384 384 40 HIT 391 406

125 1405 384 128 40 HIT 387 147

126 1356 384 384 40 HIT 411 391

127 1347 128 640 40 HIT 147 643

128 1280 384 896 40 HIT 403 913

129 1129 640 896 40 HIT 657 921

130 1354 128 384 40 MISS 126 407

131 1355 640 384 40 HIT 658 386

132 1356 640 384 40 HIT 669 400

133 1406 384 128 40 HIT 406 138

134 1347 128 640 40 HIT 147 657
This publication is available free of charge from http://dx.doi.org/10.6028/NIST.IR.8015

13

135 1116 640 896 40 HIT 641 915

136 1354 384 384 40 HIT 394 409

137 1410 128 128 40 MISS 140 127

138 1281 384 896 40 HIT 392 902

139 1403 640 128 40 HIT 661 144

140 1352 384 384 40 HIT 405 397

141 1406 640 128 40 HIT 671 144

142 1354 640 384 40 HIT 647 400

143 1347 128 640 40 HIT 147 651

144 1348 128 896 40 HIT 148 909

145 1407 640 128 40 HIT 658 141

146 1353 640 384 40 HIT 656 404

147 1094 640 896 40 HIT 653 902

148 1343 128 640 40 HIT 137 672

149 1282 640 640 40 HIT 658 650

150 1407 640 128 40 HIT 668 145

151 1349 128 640 40 HIT 143 648

152 1348 128 640 40 HIT 128 661

153 1128 640 896 40 HIT 643 897

154 1270 384 896 40 HIT 394 912

155 1349 128 640 40 HIT 142 662

156 1287 640 640 40 HIT 674 645

157 1273 640 640 40 HIT 664 657

158 1406 640 128 40 HIT 663 145

159 1359 384 384 40 HIT 388 391

160 1274 640 640 40 HIT 655 656

161 1261 384 896 40 HIT 389 930

162 1063 640 896 40 HIT 654 918

163 1277 384 640 40 HIT 389 655

164 1409 640 128 40 HIT 673 137

165 1407 384 128 40 HIT 415 144

166 1352 128 640 40 HIT 140 655

167 1112 640 896 40 HIT 652 911

168 1359 640 384 40 HIT 647 397

169 1277 384 896 40 MISS 373 910

170 1271 384 896 40 MISS 381 921

171 1409 640 128 40 HIT 658 145

172 1405 128 128 40 HIT 141 139

173 1354 384 384 40 HIT 397 404

174 1406 640 128 40 HIT 659 141

175 1349 128 896 40 HIT 138 899

176 1409 640 128 40 MISS 664 121

177 1277 384 640 40 MISS 408 636

178 1414 384 128 40 HIT 417 133

179 1351 128 896 40 HIT 149 909

180 1348 128 896 40 HIT 147 917
This publication is available free of charge from http://dx.doi.org/10.6028/NIST.IR.8015

14

181 1407 640 128 40 HIT 663 132

182 1076 640 896 40 HIT 662 911

183 1352 128 896 40 HIT 147 902

184 1073 640 896 40 HIT 663 907

185 1357 640 384 40 HIT 668 398

186 1407 384 128 40 HIT 411 145

187 1273 384 640 40 HIT 411 646

188 1350 128 896 40 HIT 148 912

189 1292 640 640 40 HIT 662 658

190 1360 128 384 40 HIT 130 395

191 1274 384 640 40 HIT 402 651

192 1351 128 640 40 HIT 136 655

193 1407 640 128 40 HIT 652 138

194 1355 640 384 40 HIT 669 390

195 1277 384 640 40 HIT 385 659

196 1408 640 128 40 HIT 651 141

197 1404 640 128 40 HIT 662 146

198 1405 640 128 40 HIT 657 144

199 1280 640 640 40 HIT 676 647

200 1406 640 128 40 HIT 659 139

201 1351 128 640 40 HIT 138 651

202 1358 640 384 40 HIT 662 386

203 1276 384 896 40 MISS 369 903

204 1254 640 640 40 HIT 651 662

205 1407 640 128 40 MISS 694 146

206 1404 384 128 40 HIT 415 139

207 1406 384 128 40 HIT 394 149

208 1091 640 896 40 HIT 660 903

209 1403 384 128 40 HIT 400 149

210 1355 640 384 40 HIT 661 399

211 1350 128 896 40 HIT 141 928

212 1280 384 896 40 HIT 402 914

213 1359 128 640 40 MISS 107 658

214 1403 640 128 40 HIT 657 144

215 1276 384 640 40 HIT 413 644

216 1272 384 640 40 HIT 397 655

217 1276 640 640 40 HIT 666 651

218 1408 384 128 40 HIT 396 132

219 1347 128 640 40 HIT 136 651

220 1309 384 640 40 HIT 397 659

221 1406 384 128 40 HIT 409 145

222 1094 640 896 40 HIT 659 908

223 1352 128 384 40 HIT 148 392

224 1414 128 128 40 MISS 126 118

225 1407 640 128 40 HIT 666 144

226 1261 384 896 40 HIT 387 934
This publication is available free of charge from http://dx.doi.org/10.6028/NIST.IR.8015

15

227 1402 640 128 40 HIT 649 141

228 1261 384 896 40 HIT 397 912

229 1408 128 128 40 MISS 162 113

230 1357 384 384 40 HIT 395 393

231 1353 128 640 40 HIT 147 658

232 1270 384 896 40 HIT 386 914

233 1349 128 896 40 HIT 148 916

234 1348 128 384 40 MISS 126 409

235 1355 128 384 40 MISS 152 382

236 1353 128 384 40 HIT 150 392

237 1119 640 896 40 HIT 651 904

238 1284 384 640 40 HIT 390 660

239 1108 640 896 40 HIT 658 915

240 1349 128 896 40 HIT 145 921

241 1355 128 384 40 HIT 137 398

242 1355 384 384 40 HIT 401 400

243 1353 384 384 40 HIT 407 399

244 1356 128 384 40 HIT 142 398

245 1361 384 384 40 HIT 396 400

246 1352 128 384 40 HIT 146 396

247 1403 640 128 40 MISS 635 147

248 1350 128 896 40 HIT 148 909

249 1361 128 896 40 MISS 122 914

250 1275 384 896 40 MISS 383 935

251 1405 640 128 40 HIT 655 148

252 1367 640 384 40 HIT 653 390

253 1355 640 384 40 HIT 662 400

254 1406 640 128 40 HIT 663 139

255 1352 128 896 40 HIT 134 918

256 1367 384 384 40 HIT 397 387

257 1406 640 128 40 HIT 652 142

258 1405 384 128 40 HIT 410 143

259 1356 640 384 40 HIT 649 394

260 1355 128 384 40 HIT 138 404

261 1279 384 640 40 HIT 396 659

262 1356 640 384 40 HIT 660 403

263 1356 128 384 40 HIT 150 393

264 1276 384 640 40 MISS 408 636

265 1406 128 128 40 HIT 150 144

266 1357 384 384 40 HIT 393 394

267 1350 128 640 40 HIT 132 653

268 1288 640 640 40 HIT 658 647

269 1274 640 640 40 HIT 653 655

270 1357 384 384 40 HIT 384 400

271 1360 128 384 40 HIT 132 403

272 1287 640 640 40 HIT 649 655
This publication is available free of charge from http://dx.doi.org/10.6028/NIST.IR.8015

16

273 1262 384 896 40 HIT 401 915

274 1269 384 896 40 HIT 395 913

275 1074 640 896 40 HIT 655 917

276 1406 384 128 40 HIT 399 141

277 1269 384 896 40 HIT 398 906

278 1404 384 128 40 HIT 396 137

279 1408 384 128 40 HIT 393 142

280 1359 128 384 40 HIT 135 395

281 1360 640 384 40 HIT 650 392

282 1408 128 128 40 HIT 137 151

283 1403 128 128 40 HIT 143 142

284 1351 128 640 40 MISS 123 664

285 1287 384 640 40 MISS 383 640

286 1407 640 128 40 HIT 669 141

287 1353 128 384 40 HIT 138 403

288 1361 128 384 40 MISS 126 373

289 1273 640 640 40 HIT 652 650

290 1405 384 128 40 HIT 403 147

291 1402 640 128 40 HIT 652 147

292 1363 128 384 40 MISS 125 392

293 1278 384 640 40 MISS 378 658

294 1405 128 128 40 HIT 147 143

295 1359 640 384 40 HIT 654 395

296 1098 640 896 40 HIT 650 908

297 1091 640 896 40 HIT 649 917

298 1267 640 640 40 HIT 668 649

299 1358 128 384 40 HIT 143 385

300 1350 128 896 40 HIT 144 915

301 1362 640 384 40 HIT 661 404

302 1406 128 128 40 HIT 138 142

303 1358 128 384 40 MISS 119 382

304 1350 128 640 40 HIT 141 653

305 1404 384 128 40 HIT 397 149

306 1274 384 640 40 HIT 401 648

307 1357 128 384 40 HIT 141 391

308 1133 640 896 40 HIT 657 911

309 1283 640 640 40 HIT 655 641

310 1404 128 128 40 HIT 149 145

311 1278 384 896 40 HIT 391 904

312 1088 640 896 40 HIT 646 913

313 1082 640 896 40 HIT 659 914

314 1095 640 896 40 HIT 661 911

315 1346 128 896 40 HIT 144 924

316 1272 640 640 40 HIT 658 657

317 1354 384 384 40 HIT 401 401

318 1406 384 128 40 HIT 409 146
This publication is available free of charge from http://dx.doi.org/10.6028/NIST.IR.8015

17

319 1354 128 384 40 HIT 149 395

320 1273 384 640 40 HIT 397 656

321 1348 128 640 40 HIT 137 658

322 1088 640 896 40 HIT 660 909

323 1085 640 896 40 HIT 656 910

324 1409 384 128 40 HIT 392 149

325 1355 640 384 40 HIT 660 403

326 1276 640 640 40 HIT 657 655

327 1350 128 640 40 HIT 136 643

328 1404 128 128 40 HIT 141 152

329 1348 128 896 40 HIT 145 910

330 1264 384 896 40 HIT 399 903

331 1361 128 384 40 HIT 145 398

332 1281 640 640 40 HIT 657 651

333 1406 128 128 40 HIT 145 136

334 1352 128 640 40 HIT 144 648

335 1406 128 128 40 HIT 132 150

336 1075 640 896 40 HIT 652 902

337 1284 384 640 40 HIT 395 657

338 1063 640 896 40 HIT 658 915

339 1285 640 640 40 HIT 658 646

340 1348 128 640 40 HIT 140 651

341 1281 384 896 40 HIT 389 898

342 1347 128 640 40 HIT 147 658

343 1091 640 896 40 HIT 652 910

344 1405 384 128 40 HIT 400 140

345 1348 128 640 40 HIT 141 658

346 1270 384 896 40 HIT 395 918

347 1356 128 896 40 HIT 142 920

348 1406 128 128 40 HIT 142 147

349 1405 640 128 40 HIT 662 144

350 1349 128 896 40 HIT 138 912

351 1401 128 128 40 HIT 141 143

352 1288 640 640 40 HIT 648 654

353 1347 128 896 40 HIT 144 900

354 1286 640 640 40 MISS 662 638

355 1406 128 128 40 HIT 137 142

356 1361 128 384 40 MISS 141 381

357 1413 640 128 40 MISS 645 120

358 1128 640 896 40 HIT 648 903

359 1353 128 640 40 HIT 135 642

360 1351 128 896 40 HIT 140 911

361 1403 384 128 40 HIT 402 132

362 1286 384 640 40 HIT 394 644

363 1265 640 640 40 HIT 667 655

364 1278 640 640 40 HIT 658 657
This publication is available free of charge from http://dx.doi.org/10.6028/NIST.IR.8015

18

365 1350 128 896 40 HIT 139 912

366 1357 128 384 40 HIT 145 406

367 1278 384 640 40 HIT 403 658

368 1346 128 640 40 HIT 144 640

369 1356 128 384 40 HIT 134 391

370 1266 640 640 40 HIT 666 659

371 1355 128 384 40 HIT 135 409

372 1408 128 128 40 HIT 147 146

373 1087 640 896 40 HIT 665 899

374 1408 640 128 40 HIT 659 140

375 1355 640 384 40 HIT 659 396

376 1404 128 128 40 HIT 154 137

377 1349 128 640 40 HIT 148 650

378 1359 384 384 40 HIT 386 394

379 1408 384 128 40 HIT 402 133

380 1402 384 128 40 HIT 406 146

381 1079 640 896 40 HIT 664 914

382 1354 128 640 40 HIT 145 661

383 1289 384 640 40 HIT 399 663

384 1351 128 896 40 HIT 137 924

385 1354 128 384 40 HIT 153 391

386 1354 128 640 40 HIT 142 653

387 1357 384 384 40 HIT 395 388

388 1363 128 384 40 MISS 134 375

389 1360 128 896 40 MISS 114 909

390 1362 384 384 40 HIT 396 401

391 1255 384 896 40 HIT 404 916

392 1356 384 384 40 HIT 402 404

393 1405 640 128 40 HIT 648 141

394 1354 640 384 40 HIT 660 399

395 1409 128 128 40 HIT 156 137

396 1354 128 384 40 HIT 139 403

397 1405 128 128 40 HIT 144 148

398 1095 640 896 40 HIT 659 915

399 1077 640 896 40 HIT 647 910

400 1345 128 896 40 HIT 146 920

401 1354 640 384 40 HIT 648 400

402 1360 384 384 40 HIT 385 387

403 1352 128 896 40 HIT 137 905

404 1070 640 896 40 MISS 655 885

405 1266 384 896 40 HIT 393 924

406 1404 128 128 40 HIT 150 133

407 1082 640 896 40 HIT 653 916

408 1407 128 128 40 HIT 140 148

409 1352 640 384 40 HIT 660 399

410 1278 640 640 40 HIT 670 658
This publication is available free of charge from http://dx.doi.org/10.6028/NIST.IR.8015

19

411 1349 128 640 40 HIT 131 654

412 1270 384 896 40 HIT 396 911

413 1412 640 128 40 HIT 659 148

414 1258 384 896 40 HIT 399 907

415 1265 384 896 40 HIT 400 905

416 1361 128 384 40 HIT 131 395

417 1349 128 384 40 HIT 134 414

418 1273 640 640 40 HIT 661 654

419 1258 384 896 40 HIT 401 922

420 1276 640 640 40 HIT 659 653

421 1274 640 640 40 HIT 671 652

422 1407 640 128 40 HIT 656 142

423 1260 384 896 40 HIT 386 907

424 1262 384 896 40 HIT 399 909

425 1277 384 896 40 HIT 390 915

426 1404 128 128 40 HIT 135 147

427 1277 384 640 40 HIT 389 655

428 1354 128 384 40 HIT 147 394

429 1353 128 896 40 HIT 145 907

430 1359 640 384 40 HIT 661 385

431 1278 384 640 40 HIT 400 657

432 1270 384 896 40 HIT 398 914

433 1281 384 896 40 HIT 394 914

434 1355 128 384 40 HIT 139 402

435 1275 640 640 40 HIT 654 661

436 1279 640 640 40 HIT 658 646

437 1350 128 896 40 HIT 148 910

438 1278 384 896 40 MISS 373 901

439 1356 128 384 40 HIT 142 399

440 1352 128 384 40 HIT 145 402

441 1361 640 384 40 HIT 653 401

442 1356 384 384 40 HIT 399 393

443 1355 640 384 40 HIT 657 399

444 1272 640 640 40 HIT 658 656

445 1406 128 128 40 HIT 150 146

446 1081 640 896 40 HIT 665 907

447 1360 384 384 40 HIT 398 390

448 1360 384 384 40 HIT 402 403

449 1273 640 640 40 HIT 659 653

450 1275 640 640 40 HIT 645 659

451 1270 384 896 40 HIT 396 917

452 1358 640 384 40 HIT 665 398

453 1404 640 128 40 HIT 658 146

454 1277 640 640 40 HIT 659 647

455 1347 128 640 40 HIT 128 655

456 1363 128 384 40 MISS 127 390
This publication is available free of charge from http://dx.doi.org/10.6028/NIST.IR.8015

20

457 1274 384 640 40 HIT 399 653

458 1360 128 384 40 HIT 149 389

459 1358 128 896 40 HIT 140 928

460 1404 384 128 40 MISS 419 122

461 1347 128 640 40 HIT 137 652

462 1363 640 384 40 HIT 655 399

463 1082 640 896 40 HIT 657 911

464 1277 384 640 40 HIT 403 652

465 1274 384 896 40 HIT 395 918

466 1291 640 640 40 HIT 667 651

467 1352 128 640 40 HIT 139 662

468 1273 384 896 40 HIT 399 911

469 1279 640 640 40 HIT 647 647

470 1273 640 640 40 HIT 656 659

471 1068 640 896 40 HIT 659 914

472 1405 640 128 40 HIT 666 145

473 1273 384 640 40 HIT 396 653

474 1353 128 384 40 MISS 153 382

475 1403 384 128 40 HIT 402 140

476 1351 128 896 40 HIT 139 907

477 1356 128 384 40 HIT 139 402

478 1411 640 128 40 HIT 658 141

479 1350 128 896 40 HIT 132 906

480 1355 128 896 40 HIT 146 920

481 1356 640 384 40 HIT 664 397

482 1346 128 896 40 HIT 144 913

483 1064 640 896 40 HIT 651 915

484 1352 384 384 40 HIT 403 399

485 1076 640 896 40 HIT 656 910

486 1409 384 128 40 HIT 396 138

487 1406 640 128 40 HIT 663 138

488 1276 640 640 40 HIT 653 660

489 1405 128 128 40 HIT 140 141

490 1402 384 128 40 HIT 405 143

491 1356 128 384 40 MISS 123 415

492 1277 384 896 40 HIT 398 913

493 1272 384 640 40 HIT 398 650

494 1077 640 896 40 HIT 644 913

495 1077 640 896 40 HIT 669 910

496 1352 128 384 40 HIT 136 415

497 1271 384 896 40 HIT 401 908

498 1275 384 640 40 HIT 394 664

499 1275 640 640 40 HIT 660 653

500 1257 384 896 40 HIT 401 912

501 1273 384 640 40 HIT 415 644

502 1269 384 896 40 HIT 400 926
This publication is available free of charge from http://dx.doi.org/10.6028/NIST.IR.8015

21

503 1293 384 896 40 HIT 391 908

504 1353 640 384 40 HIT 665 404

505 1356 640 384 40 HIT 665 395

506 1282 640 640 40 HIT 659 659

507 1348 128 896 40 HIT 147 913

508 1085 640 896 40 HIT 655 919

509 1356 384 384 40 HIT 396 393

510 1355 384 384 40 HIT 408 398

511 1360 640 384 40 HIT 668 390

512 1276 384 640 40 HIT 394 648

513 1259 384 896 40 HIT 400 922

514 1360 128 384 40 HIT 137 410

515 1406 640 128 40 HIT 661 139

516 1355 640 384 40 HIT 661 399

517 1409 384 128 40 HIT 396 133

518 1272 384 640 40 HIT 399 658

519 1358 128 384 40 HIT 128 400

520 1415 128 128 40 HIT 151 135

521 1078 640 896 40 HIT 654 915

522 1085 640 896 40 HIT 651 917

523 1346 128 896 40 MISS 147 892

524 1405 640 128 40 HIT 664 129

525 1355 384 384 40 HIT 401 404

526 1274 640 640 40 MISS 637 660

527 1355 640 384 40 HIT 662 397

528 1404 128 128 40 HIT 139 151

529 1404 384 128 40 HIT 410 139

530 1355 384 384 40 HIT 401 402

531 1277 384 640 40 HIT 405 653

532 1263 384 896 40 HIT 402 924

533 1350 384 384 40 HIT 406 401

534 1273 384 640 40 HIT 403 660

535 1409 384 128 40 MISS 411 126

536 1356 640 384 40 HIT 655 392

537 1407 128 128 40 HIT 142 147

538 1405 640 128 40 HIT 659 146

539 1347 128 640 40 HIT 152 649

540 1358 640 384 40 HIT 672 403

541 1078 640 896 40 HIT 650 920

542 1280 384 896 40 HIT 393 921

543 1088 640 896 40 HIT 653 914

544 1409 384 128 40 HIT 410 138

545 1408 640 128 40 HIT 670 132

546 1408 640 128 40 HIT 650 148

547 1356 384 384 40 MISS 415 383

548 1274 640 640 40 HIT 654 656
This publication is available free of charge from http://dx.doi.org/10.6028/NIST.IR.8015

22

549 1355 128 384 40 HIT 133 394

550 1276 384 896 40 HIT 389 929

551 1358 128 384 40 HIT 136 398

552 1356 128 896 40 HIT 143 916

553 1355 384 384 40 HIT 400 399

554 1407 384 128 40 HIT 406 137

555 1264 384 896 40 HIT 389 911

556 1353 128 896 40 HIT 143 926

557 1110 640 896 40 HIT 649 897

558 1272 384 896 40 HIT 397 920

559 1358 384 384 40 MISS 404 372

560 1269 640 640 40 HIT 645 656

561 1405 640 128 40 HIT 649 144

562 1408 640 128 40 HIT 650 146

563 1407 384 128 40 HIT 395 146

564 1404 640 128 40 HIT 667 147

565 1064 640 896 40 HIT 662 912

566 1348 128 640 40 HIT 136 671

567 1357 128 896 40 HIT 134 924

568 1405 384 128 40 HIT 408 142

569 1351 128 640 40 MISS 127 660

570 1404 128 128 40 HIT 143 146

571 1353 640 384 40 HIT 665 398

572 1405 640 128 40 HIT 667 144

573 1355 128 384 40 HIT 136 394

574 1345 128 896 40 HIT 144 921

575 1266 384 896 40 HIT 393 909

576 1273 640 640 40 HIT 661 651

577 1404 128 128 40 HIT 133 156

578 1405 384 128 40 HIT 404 135

579 1063 640 896 40 HIT 664 912

580 1349 128 896 40 HIT 146 908

581 1353 128 896 40 HIT 130 919

582 1351 128 384 40 HIT 140 399

583 1358 128 384 40 HIT 144 403

584 1409 384 128 40 HIT 388 139

585 1405 128 128 40 HIT 151 139

586 1355 384 384 40 HIT 398 395

587 1354 384 384 40 HIT 403 400

588 1357 640 384 40 HIT 663 395

589 1355 128 640 40 MISS 121 643

590 1076 640 896 40 HIT 651 909

591 1272 640 640 40 HIT 647 648

592 1352 384 384 40 HIT 404 402

593 1405 128 128 40 MISS 123 141

594 1356 128 640 40 HIT 152 648
This publication is available free of charge from http://dx.doi.org/10.6028/NIST.IR.8015

23

595 1274 384 896 40 HIT 386 915

596 1353 128 384 40 HIT 149 397

597 1408 640 128 40 HIT 662 145

598 1283 384 640 40 HIT 399 655

599 1404 128 128 40 HIT 147 145

600 1353 128 896 40 HIT 141 932

601 1403 128 128 40 HIT 136 151

602 1264 384 896 40 HIT 398 917

603 1406 640 128 40 HIT 644 147

604 1358 384 384 40 HIT 390 387

605 1408 128 128 40 HIT 151 138

606 1408 640 128 40 HIT 653 138

607 1279 384 640 40 MISS 381 645

608 1351 640 384 40 HIT 662 399

609 1357 128 384 40 HIT 151 401

610 1407 128 128 40 MISS 138 127

611 1075 640 896 40 HIT 658 918

612 1348 128 640 40 HIT 135 670

613 1281 384 640 40 HIT 408 654

614 1271 384 896 40 HIT 390 904

615 1355 128 640 40 HIT 142 645

616 1350 640 384 40 HIT 657 395

617 1355 640 384 40 HIT 665 393

618 1359 128 384 40 MISS 124 403

619 1285 640 640 40 HIT 659 660

620 1405 384 128 40 HIT 400 142

621 1343 128 640 40 HIT 138 672

622 1261 384 896 40 HIT 403 919

623 1403 384 128 40 HIT 399 150

624 1275 384 640 40 HIT 407 651

625 1274 640 640 40 HIT 656 652

626 1271 384 896 40 HIT 393 916

627 1356 128 896 40 HIT 128 911

628 1406 128 128 40 HIT 139 151

629 1275 384 896 40 MISS 383 926

630 1403 640 128 40 HIT 661 148

631 1273 640 640 40 HIT 659 656

632 1404 128 128 40 HIT 146 145

633 1353 384 384 40 HIT 397 401

634 1407 128 128 40 HIT 136 144

635 1407 640 128 40 HIT 669 140

636 1406 640 128 40 HIT 668 145

637 1270 640 640 40 HIT 657 657

638 1350 128 896 40 HIT 138 909

639 1282 384 640 40 HIT 395 652

640 1406 640 128 40 HIT 667 144
This publication is available free of charge from http://dx.doi.org/10.6028/NIST.IR.8015

24

641 1353 128 384 40 HIT 143 403

642 1067 640 896 40 HIT 666 909

643 1408 128 128 40 HIT 142 135

644 1358 384 384 40 HIT 392 387

645 1348 128 896 40 HIT 144 921

646 1359 128 896 40 HIT 137 913

647 1354 128 640 40 HIT 139 657

648 1405 384 128 40 HIT 411 141

649 1277 384 640 40 HIT 392 650

650 1346 128 896 40 HIT 145 920

651 1353 128 384 40 HIT 138 402

652 1354 128 384 40 HIT 132 393

653 1266 640 640 40 HIT 665 652

654 1406 128 128 40 HIT 150 135

655 1406 128 128 40 HIT 152 135

656 1085 640 896 40 HIT 660 913

657 1273 384 896 40 HIT 398 917

658 1351 640 384 40 HIT 664 400

659 1406 640 128 40 HIT 659 142

660 1405 640 128 40 HIT 672 147

661 1348 128 640 40 HIT 140 652

662 1266 384 896 40 HIT 398 927

663 1401 128 128 40 HIT 130 157

664 1358 384 384 40 MISS 400 382

665 1266 640 640 40 HIT 669 658

666 1273 640 640 40 HIT 670 654

667 1259 384 896 40 HIT 390 909

668 1273 640 640 40 HIT 644 658

669 1074 640 896 40 HIT 659 915

670 1405 640 128 40 HIT 661 144

671 1349 128 640 40 MISS 124 645

672 1408 384 128 40 HIT 389 151

673 1408 640 128 40 HIT 653 139

674 1409 384 128 40 HIT 400 142

675 1352 384 384 40 HIT 394 400

676 1352 128 384 40 HIT 142 404

677 1404 384 128 40 HIT 404 135

678 1349 128 896 40 HIT 146 920

679 1408 640 128 40 HIT 658 137

680 1093 640 896 40 HIT 654 920

681 1364 128 640 40 HIT 136 659

682 1402 384 128 40 HIT 384 142

683 1072 640 896 40 HIT 655 917

684 1353 640 384 40 HIT 663 399

685 1260 384 896 40 HIT 395 923

686 1349 128 896 40 HIT 143 919
This publication is available free of charge from http://dx.doi.org/10.6028/NIST.IR.8015

25

687 1405 640 128 40 HIT 652 148

688 1280 384 640 40 HIT 395 649

689 1405 128 128 40 HIT 141 148

690 1365 128 384 40 HIT 156 393

691 1268 384 896 40 HIT 400 910

692 1287 384 640 40 HIT 402 658

693 1358 384 384 40 HIT 398 402

694 1352 384 384 40 HIT 409 397

695 1407 128 128 40 HIT 135 132

696 1355 640 384 40 HIT 667 400

697 1354 384 384 40 HIT 410 398

698 1266 384 896 40 HIT 401 925

699 1354 128 896 40 HIT 135 926

700 1350 128 896 40 HIT 142 926

701 1408 128 128 40 HIT 155 138

702 1282 384 640 40 MISS 379 645

703 1355 128 896 40 HIT 145 921

704 1274 384 640 40 HIT 390 645

705 1268 384 896 40 HIT 398 911

706 1127 640 896 40 MISS 635 921

707 1132 640 896 40 HIT 643 904

708 1405 384 128 40 HIT 400 149

709 1357 640 384 40 HIT 665 388

710 1356 384 384 40 HIT 404 389

711 1355 640 384 40 HIT 663 391

712 1357 384 384 40 HIT 412 393

713 1347 128 896 40 HIT 147 914

714 1397 384 128 40 HIT 393 143

715 1269 384 896 40 HIT 392 922

716 1366 384 384 40 HIT 414 398

717 1348 128 640 40 HIT 142 661

718 1352 128 384 40 HIT 149 399

719 1354 640 384 40 HIT 667 397

720 1353 640 384 40 HIT 671 396

721 1411 384 128 40 HIT 398 139

722 1351 128 896 40 HIT 140 918

723 1283 384 640 40 HIT 397 649

724 1262 384 896 40 HIT 396 907

725 1273 384 896 40 HIT 393 917

726 1405 128 128 40 HIT 135 134

727 1261 384 896 40 MISS 407 884

728 1360 640 384 40 HIT 663 394

729 1357 384 384 40 MISS 391 379

730 1288 640 640 40 HIT 662 653

731 1349 128 896 40 HIT 143 918

732 1355 128 384 40 HIT 130 416
This publication is available free of charge from http://dx.doi.org/10.6028/NIST.IR.8015

26

733 1352 384 384 40 HIT 405 398

734 1354 128 896 40 HIT 141 919

735 1289 640 640 40 HIT 653 650

736 1357 128 384 40 HIT 146 400

737 1352 640 384 40 HIT 670 398

738 1112 640 896 40 HIT 659 902

739 1357 128 384 40 HIT 144 401

740 1272 640 640 40 HIT 668 659

741 1358 384 384 40 HIT 392 390

742 1350 128 640 40 HIT 139 645

743 1362 128 640 40 HIT 136 645

744 1351 128 896 40 HIT 139 918

745 1352 640 384 40 HIT 663 398

746 1255 384 896 40 HIT 402 899

747 1278 384 640 40 HIT 397 653

748 1268 384 640 40 HIT 400 662

749 1357 128 384 40 HIT 129 387

750 1084 640 896 40 HIT 649 916

751 1354 640 384 40 HIT 664 395

752 1272 640 640 40 HIT 659 658

753 1407 128 128 40 HIT 143 143

754 1353 128 384 40 HIT 139 397

755 1262 384 896 40 HIT 401 907

756 1365 640 384 40 HIT 661 385

757 1405 128 128 40 HIT 149 143

758 1405 384 128 40 HIT 390 139

759 1355 640 384 40 MISS 681 398

760 1276 384 640 40 HIT 404 644

761 1403 384 128 40 HIT 409 146

762 1349 128 640 40 HIT 134 657

763 1351 128 640 40 HIT 147 659

764 1286 384 896 40 HIT 403 916

765 1348 128 640 40 HIT 135 660

766 1354 640 384 40 HIT 672 393

767 1275 384 640 40 HIT 390 654

768 1357 128 384 40 HIT 144 396

769 1408 384 128 40 HIT 404 140

770 1276 640 640 40 HIT 657 657

771 1406 640 128 40 HIT 655 145

772 1357 128 384 40 MISS 147 364

773 1406 640 128 40 HIT 658 142

774 1274 384 640 40 HIT 403 656

775 1409 640 128 40 HIT 663 144

776 1359 640 384 40 HIT 653 392

777 1261 384 896 40 HIT 398 926

778 1355 128 384 40 HIT 135 406
This publication is available free of charge from http://dx.doi.org/10.6028/NIST.IR.8015

27

779 1348 128 640 40 HIT 146 659

780 1080 640 896 40 HIT 662 913

781 1357 128 640 40 MISS 143 635

782 1288 384 640 40 MISS 392 602

783 1260 384 896 40 HIT 399 915

784 1283 384 640 40 HIT 399 654

785 1264 640 640 40 HIT 661 651

786 1282 384 640 40 HIT 396 644

787 1351 128 896 40 HIT 139 922

788 1063 640 896 40 HIT 661 909

789 1352 640 384 40 HIT 666 396

790 1349 128 896 40 HIT 143 920

791 1405 384 128 40 HIT 397 142

792 1407 384 128 40 HIT 397 135

793 1353 640 384 40 HIT 662 398

794 1353 128 896 40 HIT 142 903

795 1348 128 640 40 HIT 143 655

796 1360 640 384 40 HIT 658 391

797 1275 384 640 40 MISS 414 637

798 1091 640 896 40 MISS 635 902

799 1353 384 384 40 HIT 395 404

800 1271 384 640 40 HIT 409 655

801 1281 384 640 40 HIT 393 641

802 1402 640 128 40 MISS 634 150

803 1358 384 384 40 HIT 404 391

804 1351 640 384 40 HIT 658 402

805 1353 128 384 40 MISS 154 383

806 1359 128 384 40 HIT 136 398

807 1270 384 640 40 HIT 401 645

808 1405 128 128 40 MISS 119 156

809 1403 128 128 40 HIT 139 149

810 1084 640 896 40 HIT 666 907

811 1103 640 896 40 HIT 647 919

812 1286 384 640 40 HIT 387 640

813 1355 128 896 40 HIT 141 907

814 1358 128 384 40 HIT 134 413

815 1278 384 640 40 HIT 386 653

816 1359 640 384 40 HIT 642 397

817 1344 128 896 40 HIT 142 906

818 1362 128 384 40 HIT 129 401

819 1276 384 640 40 HIT 398 651

820 1406 640 128 40 HIT 670 139

821 1086 640 896 40 HIT 646 911

822 1407 128 128 40 HIT 134 137

823 1352 128 640 40 HIT 132 654

824 1272 384 640 40 HIT 394 664
This publication is available free of charge from http://dx.doi.org/10.6028/NIST.IR.8015

28

825 1355 128 384 40 HIT 132 406

826 1357 640 384 40 HIT 661 403

827 1274 384 640 40 HIT 403 650

828 1407 384 128 40 HIT 414 144

829 1406 128 128 40 HIT 130 146

830 1403 128 128 40 HIT 156 139

831 1404 128 128 40 HIT 156 142

832 1407 128 128 40 HIT 135 148

833 1348 128 640 40 HIT 148 651

834 1359 640 384 40 HIT 657 402

835 1342 128 896 40 HIT 142 905

836 1063 640 896 40 HIT 657 909

837 1351 128 896 40 HIT 138 923

838 1349 128 896 40 HIT 147 914

839 1063 640 896 40 HIT 670 903

840 1278 640 640 40 HIT 654 660

841 1351 128 896 40 MISS 125 909

842 1352 128 896 40 HIT 146 916

843 1407 128 128 40 MISS 146 126

844 1281 640 640 40 HIT 670 659

845 1355 640 384 40 HIT 648 403

846 1274 640 640 40 HIT 659 657

847 1410 384 128 40 HIT 411 140

848 1276 384 640 40 HIT 392 661

849 1349 128 640 40 HIT 144 648

850 1358 128 640 40 HIT 141 651

851 1263 384 896 40 HIT 396 919

852 1345 384 384 40 HIT 408 398

853 1358 384 384 40 HIT 388 394

854 1407 128 128 40 HIT 132 149

855 1404 640 128 40 HIT 667 144

856 1276 640 640 40 HIT 658 654

857 1272 384 896 40 HIT 384 912

858 1403 128 128 40 HIT 143 149

859 1354 384 384 40 HIT 400 400

860 1407 384 128 40 HIT 404 142

861 1408 384 128 40 HIT 406 131

862 1406 640 128 40 HIT 667 138

863 1271 384 640 40 HIT 403 661

864 1270 384 640 40 HIT 396 657

865 1081 640 896 40 HIT 664 906

866 1352 384 384 40 HIT 403 403

867 1408 128 128 40 HIT 147 145

868 1413 128 128 40 HIT 152 144

869 1347 128 640 40 HIT 143 666

870 1411 640 128 40 HIT 667 136
This publication is available free of charge from http://dx.doi.org/10.6028/NIST.IR.8015

29

871 1406 128 128 40 HIT 142 145

872 1275 640 640 40 HIT 660 659

873 1410 640 128 40 HIT 648 141

874 1353 384 384 40 HIT 404 402

875 1275 640 640 40 HIT 660 658

876 1415 384 128 40 MISS 389 118

877 1354 640 384 40 HIT 658 401

878 1405 640 128 40 HIT 666 146

879 1273 384 896 40 HIT 393 907

880 1063 640 896 40 HIT 658 905

881 1405 640 128 40 HIT 656 139

882 1345 128 640 40 HIT 145 658

883 1262 640 640 40 HIT 658 650

884 1273 640 640 40 HIT 644 654

885 1274 640 640 40 HIT 660 656

886 1344 128 640 40 HIT 139 662

887 1355 128 896 40 HIT 144 911

888 1354 640 384 40 HIT 652 392

889 1273 384 896 40 HIT 385 916

890 1279 384 640 40 MISS 375 654

891 1403 384 128 40 HIT 403 144

892 1354 128 896 40 HIT 143 913

893 1351 128 640 40 MISS 151 638

894 1280 640 640 40 HIT 663 657

895 1351 128 640 40 HIT 141 649

896 1407 128 128 40 HIT 145 129

897 1353 128 640 40 HIT 137 651

898 1282 384 640 40 HIT 407 656

899 1271 640 640 40 HIT 667 655

900 1347 128 640 40 HIT 141 668

901 1349 128 640 40 HIT 141 669

902 1410 640 128 40 HIT 661 145

903 1355 128 384 40 MISS 124 411

904 1404 384 128 40 HIT 407 143

905 1404 128 128 40 HIT 141 152

906 1277 640 640 40 HIT 667 658

907 1406 384 128 40 HIT 398 148

908 1281 384 640 40 HIT 394 653

909 1411 128 128 40 HIT 134 132

910 1274 384 640 40 HIT 400 655

911 1357 128 384 40 HIT 144 400

912 1354 384 384 40 HIT 401 399

913 1347 128 640 40 HIT 142 663

914 1404 384 128 40 HIT 401 141

915 1406 640 128 40 HIT 661 140

916 1350 128 640 40 HIT 138 648
This publication is available free of charge from http://dx.doi.org/10.6028/NIST.IR.8015

30

917 1351 128 896 40 HIT 141 907

918 1365 128 384 40 MISS 141 383

919 1268 384 896 40 HIT 391 909

920 1282 640 640 40 HIT 656 652

921 1348 128 896 40 HIT 145 911

922 1102 640 896 40 HIT 657 902

923 1354 640 384 40 HIT 656 396

924 1273 384 640 40 HIT 404 657

925 1408 384 128 40 HIT 398 143

926 1405 128 128 40 HIT 145 150

927 1358 384 384 40 HIT 410 398

928 1355 384 384 40 HIT 392 392

929 1362 384 384 40 MISS 393 382

930 1263 384 896 40 HIT 406 907

931 1350 128 384 40 HIT 153 389

932 1406 128 128 40 HIT 157 140

933 1282 640 640 40 HIT 649 656

934 1411 128 128 40 HIT 150 139

935 1404 128 128 40 HIT 143 148

936 1281 384 640 40 HIT 397 651

937 1359 128 640 40 MISS 117 644

938 1091 640 896 40 HIT 665 909

939 1357 128 384 40 HIT 147 398

940 1085 640 896 40 HIT 652 903

941 1354 640 384 40 HIT 664 399

942 1280 384 640 40 MISS 382 649

943 1102 640 896 40 HIT 659 906

944 1356 128 384 40 HIT 143 395

945 1354 128 384 40 HIT 143 399

946 1359 384 384 40 HIT 388 400

947 1403 128 128 40 HIT 139 145

948 1351 128 896 40 HIT 140 912

949 1129 640 896 40 HIT 652 904

950 1349 128 896 40 HIT 143 916

951 1355 384 384 40 HIT 402 400

952 1279 384 640 40 HIT 400 650

953 1348 128 640 40 HIT 145 652

954 1407 640 128 40 HIT 664 134

955 1262 384 896 40 HIT 396 919

956 1406 384 128 40 HIT 406 143

957 1259 384 896 40 HIT 392 921

958 1348 384 384 40 HIT 399 400

959 1114 640 896 40 HIT 643 907

960 1362 384 384 40 HIT 409 398

961 1282 640 640 40 MISS 660 624

962 1349 128 640 40 HIT 147 657
This publication is available free of charge from http://dx.doi.org/10.6028/NIST.IR.8015

31

963 1350 128 896 40 HIT 146 913

964 1345 384 384 40 HIT 403 399

965 1356 384 384 40 HIT 396 387

966 1407 384 128 40 HIT 396 142

967 1271 384 640 40 HIT 404 658

968 1357 384 384 40 HIT 402 393

969 1270 384 896 40 HIT 391 923

970 1404 384 128 40 HIT 401 132

971 1352 640 384 40 HIT 660 393

972 1286 384 640 40 HIT 387 656

973 1269 384 896 40 HIT 400 914

974 1407 640 128 40 HIT 654 138

975 1280 640 640 40 HIT 660 655

976 1357 384 384 40 HIT 399 401

977 1407 640 128 40 HIT 660 139

978 1095 640 896 40 HIT 653 904

979 1266 384 896 40 HIT 404 913

980 1353 128 384 40 HIT 129 393

981 1407 128 128 40 HIT 138 144

982 1405 640 128 40 HIT 659 143

983 1407 640 128 40 HIT 660 146

984 1404 128 128 40 HIT 147 136

985 1137 640 896 40 HIT 648 918

986 1407 128 128 40 HIT 141 146

987 1356 384 384 40 HIT 392 392

988 1288 384 640 40 HIT 392 659

989 1407 128 128 40 HIT 134 139

990 1270 384 896 40 HIT 403 918

991 1403 128 128 40 HIT 131 138

992 1063 640 896 40 HIT 661 914

993 1349 128 640 40 HIT 148 652

994 1349 128 640 40 HIT 145 659

995 1355 640 384 40 HIT 657 392

996 1346 128 640 40 HIT 145 654

997 1281 640 640 40 HIT 653 649

998 1353 640 384 40 HIT 668 401

999 1354 128 384 40 HIT 148 389

1000 1281 640 640 40 HIT 656 648

1001 1348 128 640 40 HIT 148 656

1002 1354 640 384 40 HIT 663 398

1003 1354 640 384 40 HIT 659 395

1004 1344 128 640 40 HIT 135 674

1005 1359 640 384 40 HIT 649 389

1006 1355 640 384 40 HIT 666 392

1007 1257 384 896 40 HIT 400 916

1008 1398 384 128 40 HIT 399 143
This publication is available free of charge from http://dx.doi.org/10.6028/NIST.IR.8015

32

1009 1256 384 896 40 HIT 404 915

1010 1351 384 384 40 HIT 407 390

1011 1407 640 128 40 HIT 656 139

1012 1109 640 896 40 HIT 660 909

1013 1413 640 128 40 MISS 662 127

1014 1348 128 640 40 HIT 140 646

1015 1359 640 384 40 HIT 656 398

1016 1356 384 384 40 HIT 399 400

1017 1410 384 128 40 MISS 397 127

1018 1271 384 640 40 HIT 401 655

1019 1271 384 896 40 HIT 389 913

1020 1283 384 640 40 HIT 401 648

1021 1355 640 384 40 HIT 659 399

1022 1404 640 128 40 HIT 647 144

1023 1109 640 896 40 MISS 662 893

1024 1354 384 384 40 HIT 403 404

1025 1095 640 896 40 HIT 647 899

1026 1356 128 384 40 HIT 137 392

1027 1354 128 384 40 HIT 139 406

1028 1091 640 896 40 HIT 666 900

1029 1405 640 128 40 HIT 657 144

1030 1359 640 384 40 HIT 665 386

1031 1405 640 128 40 HIT 657 140

1032 1288 384 640 40 MISS 394 635

1033 1409 384 128 40 HIT 388 140

1034 1354 384 384 40 HIT 408 396

1035 1405 640 128 40 HIT 658 144

1036 1261 384 896 40 HIT 402 913

1037 1350 384 384 40 HIT 392 404

1038 1354 128 896 40 HIT 134 915

1039 1358 384 384 40 HIT 395 407

1040 1406 384 128 40 HIT 399 144

1041 1354 640 384 40 HIT 669 398

1042 1352 128 896 40 HIT 132 920

1043 1358 384 384 40 HIT 392 397

1044 1281 384 640 40 HIT 405 651

1045 1405 640 128 40 HIT 652 144

1046 1408 128 128 40 HIT 145 131

1047 1357 384 384 40 HIT 394 384

1048 1361 128 384 40 HIT 137 402

1049 1410 640 128 40 MISS 661 122

1050 1341 128 640 40 MISS 150 634

1051 1360 384 384 40 HIT 405 403

1052 1407 384 128 40 HIT 405 145

1053 1404 128 128 40 HIT 142 147

1054 1352 128 640 40 HIT 136 653
This publication is available free of charge from http://dx.doi.org/10.6028/NIST.IR.8015

33

1055 1349 384 384 40 HIT 400 406

1056 1352 640 384 40 HIT 676 397

1057 1279 640 640 40 HIT 657 648

1058 1404 128 128 40 HIT 154 142

1059 1272 640 640 40 HIT 657 659

1060 1269 384 896 40 HIT 398 910

1061 1357 384 384 40 HIT 403 399

1062 1405 640 128 40 HIT 677 144

1063 1273 640 640 40 HIT 659 657

1064 1354 640 384 40 HIT 654 403

1065 1351 384 384 40 HIT 390 408

1066 1356 384 384 40 HIT 405 400

1067 1354 640 384 40 HIT 650 396

1068 1405 384 128 40 HIT 411 141

1069 1362 128 384 40 MISS 127 390

1070 1092 640 896 40 HIT 659 910

1071 1409 384 128 40 HIT 404 136

1072 1277 384 640 40 HIT 400 662

1073 1412 640 128 40 HIT 657 142

1074 1358 640 384 40 HIT 655 390

1075 1086 640 896 40 HIT 657 915

1076 1404 128 128 40 HIT 152 144

1077 1407 128 128 40 HIT 150 140

1078 1351 128 896 40 HIT 149 903

1079 1267 384 896 40 HIT 395 918

1080 1269 384 896 40 HIT 388 904

1081 1270 384 640 40 HIT 404 657

1082 1367 640 384 40 MISS 652 371

1083 1270 384 896 40 MISS 373 907

1084 1353 128 384 40 HIT 150 394

1085 1358 128 384 40 HIT 134 401

1086 1406 384 128 40 HIT 397 148

1087 1405 384 128 40 HIT 395 145

1088 1093 640 896 40 HIT 655 907

1089 1351 128 640 40 HIT 136 669

1090 1405 128 128 40 HIT 151 138

1091 1351 128 640 40 MISS 111 648

1092 1354 128 384 40 HIT 149 389

1093 1410 384 128 40 HIT 395 134

1094 1262 384 896 40 HIT 403 921

1095 1352 128 896 40 HIT 144 913

1096 1405 640 128 40 HIT 653 145

1097 1276 640 640 40 HIT 663 655

1098 1355 384 384 40 HIT 408 402

1099 1284 640 640 40 MISS 660 636

1100 1350 128 896 40 HIT 147 918
This publication is available free of charge from http://dx.doi.org/10.6028/NIST.IR.8015

34

1101 1357 128 384 40 HIT 142 401

1102 1405 640 128 40 HIT 674 146

1103 1348 128 896 40 HIT 140 910

1104 1403 128 128 40 HIT 151 138

1105 1361 640 384 40 HIT 660 388

1106 1073 640 896 40 HIT 653 911

1107 1349 128 896 40 HIT 138 910

1108 1272 640 640 40 HIT 647 646

1109 1351 128 640 40 HIT 128 660

1110 1283 384 640 40 HIT 388 647

1111 1351 128 896 40 HIT 143 916

1112 1349 128 896 40 HIT 148 914

1113 1351 128 640 40 HIT 134 658

1114 1409 640 128 40 HIT 661 142

1115 1406 640 128 40 HIT 651 136

1116 1082 640 896 40 HIT 659 915

1117 1402 128 128 40 HIT 139 149

1118 1352 128 384 40 HIT 138 404

1119 1359 128 640 40 HIT 145 664

1120 1410 384 128 40 HIT 394 151

1121 1406 384 128 40 HIT 410 144

1122 1281 384 896 40 HIT 392 912

1123 1355 128 384 40 HIT 151 395

1124 1352 128 640 40 HIT 136 658

1125 1405 384 128 40 HIT 397 146

1126 1077 640 896 40 HIT 668 908

1127 1098 640 896 40 HIT 658 916

1128 1278 384 640 40 MISS 412 631

1129 1350 128 896 40 HIT 142 916

1130 1355 384 384 40 HIT 397 389

1131 1412 640 128 40 HIT 671 141

1132 1279 384 640 40 HIT 396 644

1133 1408 128 128 40 HIT 137 128

1134 1275 640 640 40 HIT 663 659

1135 1408 384 128 40 HIT 404 139

1136 1405 640 128 40 HIT 654 144

1137 1272 640 640 40 HIT 674 657

1138 1367 384 384 40 HIT 402 401

1139 1405 640 128 40 HIT 670 138

1140 1405 128 128 40 HIT 142 145

1141 1127 640 896 40 HIT 661 912

1142 1349 640 384 40 HIT 652 404

1143 1277 384 640 40 HIT 391 658

1144 1406 640 128 40 HIT 669 140

1145 1357 384 384 40 HIT 403 394

1146 1354 128 384 40 MISS 121 403
This publication is available free of charge from http://dx.doi.org/10.6028/NIST.IR.8015

35

1147 1274 640 640 40 HIT 663 650

1148 1265 384 896 40 HIT 394 915

1149 1362 128 640 40 MISS 122 653

1150 1405 128 128 40 HIT 150 144

1151 1406 640 128 40 HIT 662 140

1152 1409 384 128 40 HIT 392 143

1153 1355 640 384 40 HIT 650 399

1154 1405 128 128 40 HIT 145 142

1155 1408 128 128 40 HIT 140 145

1156 1409 384 128 40 HIT 406 146

1157 1354 384 384 40 HIT 402 393

1158 1402 384 128 40 HIT 390 150

1159 1407 384 128 40 HIT 406 144

1160 1352 384 384 40 HIT 392 405

1161 1407 384 128 40 HIT 387 147

1162 1356 640 384 40 HIT 660 392

1163 1084 640 896 40 HIT 655 913

1164 1405 128 128 40 HIT 147 131

1165 1268 384 640 40 HIT 404 660

1166 1283 384 640 40 HIT 406 645

1167 1357 384 384 40 HIT 397 406

1168 1407 640 128 40 HIT 646 140

1169 1405 384 128 40 HIT 406 145

1170 1284 640 640 40 HIT 658 650

1171 1070 640 896 40 HIT 665 907

1172 1409 128 128 40 HIT 142 142

1173 1280 384 640 40 HIT 409 650

1174 1274 384 640 40 HIT 398 660

1175 1356 128 384 40 MISS 126 399

1176 1351 640 384 40 HIT 661 404

1177 1359 384 384 40 HIT 394 388

1178 1406 384 128 40 HIT 414 144

1179 1260 384 896 40 HIT 400 917

1180 1347 128 640 40 HIT 149 658

1181 1357 128 640 40 MISS 129 635

1182 1403 384 128 40 MISS 408 127

1183 1277 384 640 40 MISS 373 665

1184 1405 128 128 40 HIT 135 138

1185 1095 640 896 40 HIT 665 907

1186 1413 384 128 40 HIT 403 134

1187 1342 128 640 40 HIT 142 665

1188 1404 384 128 40 HIT 402 142

1189 1348 128 896 40 HIT 141 918

1190 1400 128 128 40 HIT 142 136

1191 1346 128 896 40 HIT 141 924

1192 1268 384 896 40 MISS 383 905
This publication is available free of charge from http://dx.doi.org/10.6028/NIST.IR.8015

36

1193 1086 640 896 40 HIT 666 906

1194 1408 384 128 40 HIT 396 134

1195 1406 384 128 40 HIT 405 143

1196 1356 640 384 40 HIT 644 394

1197 1279 640 640 40 MISS 633 656

1198 1258 384 896 40 HIT 403 914

1199 1402 384 128 40 HIT 388 147