zilongwang/ReadingBank huggingface dataset:
C.1 strength versus pre-Viterbi cBER for VHF Band III, sample size 659 C.2 Field strength versus MER for VHF Band III, sample size 659 C.3 Pre-Viterbi cBER versus MER for VHF Band III, sample size 659 2 UHF Band IV – Inland New Wales and Queensland UHF Band IV digital signals with modulation parameters 64-QAM, ¾ FEC, 1/16 Guard Interval. Minimum median strength under Australian DTTB planning handbook (March 2005) in UHF Band IV: • Urban 71 dBV/m • Suburban 63 dBV/m • Rural 50 dBV/m Sample size: 176 Observations from Fig. C.4: Correlation between field strength and cBER could not be easily generalized. Observations from Fig. C.5: Relationship of MER and field strength exhibits a strong correlation trend with the first asymptotic MER level identified at 31 dB for field strength exceeding 100 dBµV/m, the second asymptotic MER level at 33 dB for field strength between 85 and 90 dBµV/m, and a possible third asymptote approximately at 36 dB. Observations from Fig. C.6: Sample size is too low to generalize any correlation between MER and cBER. C.4 Field strength versus pre-Viterbi cBER for UHF Band IV, sample size 176 C.5 Field strength versus MER for UHF Band IV, sample size 176 C.6 Pre-Viterbi cBER versus MER for UHF Band IV, sample size 176 3 UHF Band V – Inland New South Wales and Queensland UHF Band V digital signals with modulation parameters 64-QAM, ¾ FEC, 1/16 Guard Interval. Minimum median strength under Australian DTTB planning handbook (March 2005) in UHF Band V: • Urban 74 dBV/m
Number of subcarriers per segment 1 192 384 768 1 536 Mode A: 101 (4.5 kHz), 113 (5 kHz), 205 (9 kHz), 229 (10 kHz), 413 (18 kHz), 461 (20 kHz) Mode B: 91 (4.5 kHz), 103 (5 kHz), 183 (9 kHz), 207 (10 kHz), 367 (18 kHz), 411 (20 kHz) Mode C: 139 (10 kHz), 281 (20 kHz) Mode D: 89 (10 kHz), 179 (20 kHz) Mode E: 213 1 (single-carrier mode) 3 780 (multi-carrier mode) 853 (1k mode) 3 1 705 (2k mode) 3 409 (4k mode) 6 817 (8k mode) 853 (1k mode) 1 705 (2k mode) 3 409 (4k mode) 6 817 (8k mode) 13 633 (16k mode) 27 265 (32k mode) 6,7 a) 25 to 27 b) 38 to 191 108 (Mode 1) 216 (Mode 2) 432 (Mode 3) a) 215 b) 439 c) 553 192 384 768 1 536 1 (continued) Characteristics ATSC DAB DRM DTMB DVB-T, DVBH, DVBSH DVB-T2 IBOC ISDB-T family RAVIS T-DMB, ATDMB
Mixture of 3 840 × 2 160p 50 frames/s and 3 840 × 2 160p 59.94 frames/s Most of the at 8 bits/pixel, some at 10 bits/pixel including Manchester and Liverpool (serving 2.7 Million households) (Ch 37 in Region 1) Black Hill Central Scotland, including Glasgow and Edinburgh (serving 1 Million households) 39 kW 8 MHz 586 MHz (Ch 35 in Region 1) A1.7 Brazil Mt. Sumaré Parts of Rio de Janeiro metropolitan area 660 W(H) 660 W(V) ISDB-T1 6 MHz 32k GI = 1/32 4096-QAM, FEC 3/4 dual-polarized MIMO 91.8 Mb/s 85 Mb/s HEVC 7 680 × 4 320p 59.94 frame/s 10 bits/pixel MPEG-4 AAC 1.48 Mb/s 569 MHz (Ch 30 in Brazil) GI = intervals
TABLE A1.4 Parameters for MIMO transmission Modulation method OFDM Occupied bandwidth 5.57 MHz Carrier modulation 4096-QAM FFT size (number of radiated carriers) 32K (22,465) interval ratio (guard interval duration) 1/32 (126 μs) Error-correcting code Inner code: LDPC, coding rate R = 3/4 Outer code: BCH Transmission capacity 91.8 Mbit/s TABLE A1.5 Specifications of Hitoyoshi and Mizukami stations Hitoyoshi station Mizukami station Transmission frequency 671.142857 MHz (UHF ch46 in Japan) Transmission power Horizontal: 10 W Vertical: 10 W Horizontal: 3 W Vertical: 3 W ERP Horizontal: 140 W Vertical: 135 W Horizontal: 25 W Vertical: 25 W Transmitting antenna height 632 m sea level 1080 m above sea level FIGURE A1.12 Equipment of MIMO experimental stations FIGURE A1.13 Transmission and reception antennas for UHF The 22 MIMO STC-SFN system was developed for this experiment as shown in Fig. A1.14. STC is a method of encoding carrier symbols. An STC code is applied for the four carrier symbols of the two transmission antennas each of two transmission stations. Here, s is a carrier symbol of a constellation with a complex value, and “*” means the complex conjugate. The transmitted symbols s0, s1, s2 and s3 are encoded, s0, s1, -s2* and s3* are transmitted in time t, and s2, s3, s0* and -s1* are then transmitted in time t+1, from each antenna. In the transmission model, the transmitting carrier symbols are denoted as x0, x1, x2 and x3, and the receiving carrier symbols as y0 and y1. h is the channel response estimated by scattered pilot (SP), and hij is the component corresponding to the ith receiving antenna and jth transmitting antenna. In the reception model, the transmitted symbols s0, s1, s2 and s3 are obtained by decoding the received symbols y0 and y1, which are received at two discrete times. trial
E Typical technical and operational characteristics of Earth exploration-satellite service (passive) systems operating below 275 GHz TABLE 12 EESS (passive) sensor characteristics operating between 86 and 92 GHz Sensor 1 [CMIS] Sensor 2 [AMSU-A] Sensor 3 Sensor 4 [ATMS] Sensor 5 [MADRAS] Sensor 6 Sensor type Conical scan Mechanical nadir scan Conical scan Mechanical scan Conical scan Conical scan parameters Altitude 828 km 833 km 705 km 824 km 865 km 835 km Inclination 98.7° 98.6° 98.2° 98.7° 20 98.85° Eccentricity 0.0015 0 Repeat period 17 days 9 days 16 days 9 days 7 days Sensor antenna parameters Number of 1 30 Earth fields per 8 sec. scan period 2 96 fields per scan period 2 Reflector diameter 0.6 m Maximum beam gain 56 dBi 34.4 dBi 60.5 dBi 37.9 dBi Polarization H, V V H, V QV H, V −3 dB beamwidth 0.39° 3.3° 0.18° 2.2° Instantaneous field of view 16 km × 12 km Nadir FOV: 48.5 km Outer FOV: 149.1 × 79.4 km A:6.5 km × 4 3.7 km B:5.9 km × 3.5 km Nadir FOV: 31.6 km Outer FOV: 136.7 × 60 km 12 km × 28 km Main beam efficiency 95% 95% 94.5% 95% 96% pointing angle 46.8° ±48.33 crosstrack A:47.5°, B:47.0° ±52.725 crosstrack 44.5
3.3.3 North America 21 3.4 Sharing and compatibility studies with other services 23 3.5 FWS regulatory regimes 24 3.5.1 Licensed FWS 24 3.5.2 License-exempt FWS 25 3.5.3 FWS 25 Page 4 FWS technology and trends 26 4.1 FWS technologies 26 4.1.1 Link design methodology 28 4.1.2 Wider bandwidth channels and channel aggregation 31 4.2 Antennas 31
1-2 Airborne receivers in the 960-1 164 MHz band Incumbent system Airborne receiver characteristics Frequency (MHz) (dBm) RF (MHz) Recovery time (μs) Adj. chan. rejec. (dB) Image rejec. (dB) Spurious (dB) 3 dB 6 dB SSR Transponder (Mode A and C replies) 1 030a) 15a) 80 70 SSR Transponder (Mode S replies) 1 030a) 45a) TCAS (Mode S interrogations) 1 090b) 80 70 DME 9781 215g) –83c) 8 50c) 80 80 ADS-B (extended squitter) 1 090e) –84e) a) s) . B
UAT 978d) –93d) 15 40r) JTIDS/MIDS 9691 008, 1 0531 065, 1 1131 206h) –95j) TACAN 9621 024, 1 1511 213g) –92
66 m), o) 156.325A 160.925R x x 07 m), o) 156.350A 160.950R x x 67 h) 156.375A 156.375A x x 08 156.400A x 68 156.425A 156.425A x 09 i) 156.450A 156.450A x x 69 156.475A 156.475A x x 10 h), q) 156.500A 156.500A x x 70 f), j) 156.525A 156.525A Digital selective calling for distress, safety and calling 11 q) 156.550A 156.550A x 71 156.575A 156.575A x 12 156.600A 156.600A x 72 i) 156.625A x 13 k) 156.650A 156.650A x x 73 h), i) 156.675A 156.675A x x 14 156.700A 156.700A x 74 156.725A 156.725A x 15 g) 156.750Rx 156.750Tx x x 75 n) 156.775A 156.775A x 1 (continued) Availability of RR Appendix 18 for maritime service in the United States A = available for maritime service in the US M = available only to one operator for maritime service in the US R = assigned to railroads, not available for maritime service in the US B = assigned for Broadcast Auxiliary Remote Pickup, not available for maritime service in US L = assigned to land-mobile radio services, not available for maritime service in the US Rx/Tx = assigned for coast-to-ship environmental broadcasts only Channel designator Notes Transmitting frequencies (MHz) Inter-ship Port operations and ship movement Public From ship stations From coast stations Single frequency Two frequency 16 f) 156.800A 156.800A Distress, safety and calling 76 n) 156.825A 156.825A x 17 g) 156.850A 156.850A x x 77 156.875A x 18 m) 156.900A 161.500R x x x
(4) Measured with prototype receivers. Error rate before RS decoding 2 10–4, error rate after RS decoding 1 10–11 2.4.2 Analogue television systems Characteristics of radiated signals of conventional analogue television systems are contained in Recommendation ITU-R BT.1701. 2.4.3 Broadcasting network characteristics (for both analogue and digital) The main network characteristics are given in Table 2.4.3-1 with ranges for their values: TABLE 2.4.3-1 Range of Network characteristics GE06 Digital GE06 Analogue Region 2 Digital Region 2 Analogue Region 3 Digital Region 3 Analogue Transmitter e.r.p.: (dBW) From –17 to 53 From –16 to 61 From 47 to 60 From –10 to 67 From –10.9 to 57 From –12.2 to 65.0 Height ground level (m) From 2 to 360 From 2 to 320 From 10 to 453 From 12 to 224 From 1 to 481 From 0 to 270 Site altitude (m) From –999 to 4 507 From –180 to 4 507 From 2 to 451 From –600 to 4 054 From 0 to 2 091 From 0 to 2 036 effective antenna height (m) From –500 to 2 999 From 207 to 2 200 From 40 to 472 From 0 to 2 168 From –958 to 1 755 From 0 to 1 800 Vertical antenna pattern See Figure 2.4.3-1 Polarization horizontal or vertical or mixed, horizontal or vertical or mixed horizontal horizontal or vertical or mixed horizontal or vertical or horizontal or vertical Downtilt angle (deg.) From 0 to –1 From 0 to –1 - - - - 2.4.3-1 Broadcasting Tx antenna vertical pattern Broadcast transmitter antenna vertical pattern is given in Figure 2.4.3-1 with reference angle for broadcast transmission is 0°. 2.4.3-3 Spectrum mask of DTMB – non-critical case Relative frequency (DTMB) DTMB Non critical case (MHz) (dB/8 MHz) –12 –100 –10.75 –76.9 –9.75 –76.9 –5.75 –74.2 FIGURE
Case 2: DTMB transmitter interfering with LTE TDD MS receiver (MHz) Additional equivalent ACLR requirement (dB) Additional equivalent ACS requirement (dB) Additional equivalent ACLR requirement (dB) Additional equivalent ACS requirement (dB) 0 0 0 0 0.6 1 0 0 0 0 ______________
5.2.4.3.4 5th percentile user spectral efficiency (bit/s/Hz) (4.4) eMBB – 0.3 Yes No 0.21 Yes No eMBB – Yes No 0.15 Yes No eMBB Rural – 0.12 Yes No Yes No 5.2.4.3.5 Average spectral efficiency (bit/s/Hz/ TRxP) (4.5) eMBB – 9 Yes No 6.75 Yes No eMBB – 7.8 Yes No 5.4 Yes No
eMBB Rural – 3.3 Yes No Yes No 1.6 Yes No Yes No 5.2.4.3.6 Area traffic capacity (Mbit/s/m2) (4.6) eMBB – 10 Yes No 5.2.4.3.7 User latency (ms) (4.7.1) eMBB Not and 4 Yes No URLLC Not and 1 Yes No 5.2.4.3.8 Control plane latency (ms) (4.7.2) eMBB Not Not 20 Yes No URLLC Not Not 20 Yes No
5.2.4.3.9 Connection density (devices/km2) (4.8) mMTC – 1 000 000 Yes No 5.2.4.3.10 Energy efficiency (4.9) eMBB Not Not to a high ratio and long Yes No
5.2.4.3.11 Reliability (4.10) URLLC or of a 2 data unit) of size 32 1 ms in of edge Yes No 5.2.4.3.12 Mobility classes (4.11) eMBB – Yes No
eMBB – (up to 30 Yes No eMBB Rural – Yes No 5.2.4.3.13 Mobility Traffic channel link data rates (bit/s/Hz) (4.11) eMBB – 1.5 (10 Yes No eMBB – 1.12 (30 Yes No eMBB 0.8 (120 Yes No
If required the same data elements can be used additionally for the point of contact 5 Postal code (6) 6 Town 30 7 Street 24 8 Abbreviated name 12 9 Billing name 30 10 Billing address 60 11 Licence fee 12 Date licence fee is due To be defined 13 Date licence fee is paid 14 Telephone number 12 15 Telefax number 12 16 address 20 If required, 3 more characters for country codes 17 X-400 address 40 18 code 12 NOTE – ( ) Indicates that number depends upon code size used. A1-3 Equipment characteristics data: indicative list No. Data element Status Number of characters (A or B.C) Definitions Optional A B.C 1. General data 1.1 Transaction and date of action 1.1.1 Kind of transaction x 1 Code, e.g.: N: new registration M: modification D: deletion
Building number Mean loss (dB) Standard deviation (dB) loss (dB) Standard deviation (dB) 1 Corner office, windows, singlestory building. Concrete block, plasterboard, double-glazing. Concrete roof on steel beams 27.5 (LoS through window, azimuth angle between wall and LoS is 50) 7.9 5.5 4.2 4.2 2 room with windows being 5/8 of exterior wall 18 (LoS through window, azimuth between wall and LoS is 50) 9.1 4.4 5.4 3.7 3 Corner foyer, large reflective glass door in half of one exterior wall. External walls concrete, internal walls plasterboard on metal frame 16 (LoS through window, 45 azimuth between one wall and LoS, both exterior walls illuminated by transmitter) 15.4 8.4 9.7 6.7 4 Sheet metal shack with plywood interior. One small unscreened window on each of two sides, metal-covered door 25 (azimuth angle between wall and LoS is 60) 9.7 6.3 5.2 4.9 5 Two-story wood-side house, rockwool insulation (walls and attic); gypsum board, no metallic heatshield. No metallic screens on windows. Woodshingled roof 25 (azimuth angle between wall and LoS is 45) 9.0 4.5 5.4 3.7 6 Empty sheet-metal mobile trailer home, metal frame windows with metal screens 25 (azimuth angle between wall and LoS is 45) 24.9 3.8 19.8 3.4 TABLE 3 Median loss at the average position and best position within buildings as a function of frequency (Construction details and elevation angle as in Table 2) Building number Average position Best position (As in Table 2) 750-1 750 MHz 750-1 750 MHz 1 5-11 dB 2-6 dB 2 5-14 dB 2-5 dB 3 17-18 dB 12-13 dB 4 9-11 dB 5-6 dB 5 5-11 dB 3-5 dB 6 20 to > 24 dB 16-22 dB
26 The transmitting points on the 2nd floor in building B 27 The transmitting points on the 3rd floor in building B A coordinate system is formed with the R3 being a coordinate origin. The coordinates of the transmitting points and receiving point are shown in Table 18. 18 The coordinates of the receiving points and transmitting points in building B (unit: m) Points x y z R3 0.0 0.0 0.0 T23 0.0 –45.5 0.0 T24 –13.5 –45.5 0.0 T25 –13.5 –37.5 0.0 T26 –14.4 –60.8 0.0 T27 –11.6 –62.7 0.0 T28 7.8 –45.5 0.0 T29 14.8 –49.7 0.0 T30 23.9 –38.7 0.0 T31 13.8 –38.7 0.0 T32 22.1 –31.3 4.6 T33 13.0 –34.7 4.6 T34 11.9 –34.5 4.6 T35 22.1 –39.8 4.6 T36 21.2 –49.2 4.6 T37 14.8 –49.7 4.6 T38 7.8 –49.7 4.6 T39 10.9 –55.2 4.6 T40 20.8 –55.2 4.6 T41 –0.1 –49.5 4.6 T42 –11.7 –49.5 4.6 T43 –21.5 –49.5 4.6 T44 –22.6 –57.8 4.6 T45 –22.6 –41.6 4.6 T46 7.1 –35.5 7.8 T47 12.0 –44.1 7.8 T48 11.6 –55.2 7.8 T49 17.9 –55.2 7.8
2%. However for N  390, a value of n/N no greater than 1% is required for 90% certainty that the probability of an unacceptable result is no greater than 2%. TABLE 4.5 Values of N and n for no more than 2% probability of an unacceptable result, with 90% certainty N n n/N (%) p90 (%) 292 1 0.52 2.0 397 4 1.01 2.0 776 10 1.29 2.0 1 900 30 1.58 2.0 10 000 181 1.81 2.0 50 000 960 1.92 2.0 ANNEX 1 CHAPTER 4 Side-lobe model from Recommendation ITU-R S.1428 The side-lobe gain model from Recommendation ITU-R S.1428, for antennas of diameter, D, greater than 100 wavelengths, , is as follows: G()  Gmax – 2.5  10–3 {D/λ}2 dBi for 0    m G()  G1 for φm    r G()  29 –25 log() dBi for r    10° G()  34 – 30 log() dBi for 10    34.1 G()  –12 dBi for 34.1    80 G()  –7 dBi for 80    120 G()  –12 dBi for 120    180 where: Gmax  10 log{(D/λ)2} dBi : aperture efficiency for   0.7, Gmax  20 log{D/λ}  8.4 dBi G1  –1  15 log{D/λ} dBi m  {20λ/D}(Gmax – G1)1/2 degrees r  15.85 {D/λ}–0.6 degrees
11.1 Radar astronomy installations Radar systems Main auxiliary receiving antennas Location Latitude E longitude Frequency (GHz) Transmitter type and (kW) Antenna gain System temperature (K) Location Antenna type Arecibo(1) Puerto Rico 18 21' –66 45' 0.430 Pulse 150 average 2 500 peak 61 55 Arecibo(1) Puerto Rico 18 21' –66 45' 2.380 CW 1000 73.4 26 Green Bank, West Virginia, USA Goldstone, California, USA St. Croix to Hawaii, USA 100 m dish 70 m and 34 m dishes VLBA (10  25 m dishes) Goldstone, California, USA 35 23' –116 51' 8.560 CW 470 73 14 Socorro, New Mexico, USA Green Bank, West Virginia(2), USA VLA (27  25 m dishes) 100 m dish Evpatoria, Crimea, Ukraine 45 11' 33 11' 5.01 CW 150 69 45 Effelsberg, Germany Medicina, Italy 100 m dish 32 m dish (1) The Arecibo Telescope can point up to 20 from the vertical. The parameters are for zenith pointing. (2) Considerable use is anticipated.
Foreword The role of the Radiocommunication Sector is to ensure the rational, equitable, efficient and economical use of the spectrum by all radiocommunication services, including satellite services, and carry out studies without limit of frequency range on the basis of which Recommendations are adopted. The regulatory and policy functions of the Radiocommunication Sector are performed by and Regional Radiocommunication Conferences and Radiocommunication Assemblies supported by Study Groups. Policy on Intellectual Property Right (IPR) ITU-R policy on IPR is described in the Common Patent Policy for ITU-T/ITU-R/ISO/IEC referenced in Annex 1 of Resolution ITU-R 1. Forms to be used for the submission of patent statements and licensing declarations by patent holders are available from where the Guidelines for Implementation of the Common Patent Policy for ITUT/ITUR/ISO/IEC and the ITU-R patent information database can also be found. Series of ITU-R Reports (Also available online at ) Series Title BO Satellite delivery BR Recording for production, archival and play-out; film for television BS Broadcasting service (sound) BT Broadcasting service (television) F Fixed service M Mobile, radiodetermination, amateur and related satellite services P Radiowave propagation RA Radio astronomy RS Remote sensing systems S Fixed-satellite service SA applications and meteorology SF Frequency sharing and coordination between fixed-satellite and fixed service systems SM Spectrum management Note: This ITU-R Report was approved in English by the Study Group under the procedure detailed in Resolution ITU-R 1. Electronic Publication , 2015 ITU 2015 All rights reserved. No part of this publication may be reproduced, by any means whatsoever, without written permission of ITU.
with h( by (5). Another important characterization of the statistical behaviour of the interference to noise ratio is the Conditional Cumulative Distribution Function given that the victim satellite is receiving non-zero interference, that is: (10) When expressed in dB, the interference to ratio in (1) is written as: (11) where: Pt: denotes the power-spectral density at the SRS antenna input (dB(W/Hz)) Gt(): the SRS earth station transmission antenna gain in the direction of the victim ISS satellite (dBi) Gr(j): the gain of the jth ISS satellite receiving antenna in the direction of the interfering SRS earth station (dBi). In this case, the unconditional and the conditional cumulative distribution functions of I/N are written as: (12) and (13) with CI/N( ) and CI/N|i≠0( ) given by (9) and (10), respectively. A6-1 SRS to ISS interference geometry Now, let δ denote the Moon orbital plane inclination with respect to the Earth’s equator. Suppose that the cumulative distribution functions in (12) and (13) are calculated for a given value of δ, say δ = Δ. This that: (14) and (15)
TABLE A7-5 Summary of the worst-case level of interference Protection criterion SRS interference margin, relative to aggregate interference criterion (dB) In-band case Aggregate I/N = –10.0 dB, from all services, not to be exceeded for 0.1% of time 38.3 OoB case Aggregate I/N = –16.0 dB, from all SRS earth stations, not to be exceeded for 0.01% of time 49.0
characteristics, and there is a continuing developmental work (e.g. propulsion systems) to enhance the capabilities of nanosatellite and picosatellite systems. 2 Comparison of satellite system characteristics Satellite system characteristic Traditional satellite systems Typical nanosatellite and picosatellite systems emission considerations Spectral usage The frequency band and transmission parameters of these systems are subject to the ITU Radio Regulations Transmission Low to high systems Low transmission power, but not necessarily low power spectral density (PSD) Transmission rates, modulation schemes A few kbps to Gbps depending on the service, usually bandwidth efficient (Quaternary Phase Shift Keying or higher order) A few kbps to a few Mbps, lower data rates, typically optimized for power efficiency (e.g. Frequency Modulation/Frequency Shift Keying) and without coding Antenna directionality Many antenna types. antennas are often used, especially for critical operations (e.g. satellite recovery). Sometimes directional antennas are used Typically only 1 or 2 active antennas per band, often omnidirectional (for example due to lack of attitude control and/or antenna pointing mechanisms) Transmission control (switching on and off) Planned with known associated earth station(s) or service area(s) TABLE 2 (end) Satellite system characteristic Traditional satellite systems Typical nanosatellite and picosatellite systems considerations Type of orbit All types Mainly low orbit (LEO) Launch arrangements Established years in advance; however, some contractual adjustments are fairly common for commercial satellites Mostly opportunistic; based on available space on scheduled launch vehicles. Possibility for dedicated launches Dedicated launches provide greater control over the range of orbital parameters in mission planning Non-dedicated launches (e.g. opportunistic secondary payloads) may require consideration of a greater range of potential orbital parameters in mission planning Station keeping Usually, on board propulsion to maintain orbital parameters Usually, no on propulsion or limited manoeuvring capability. Some of these missions and future missions will have propulsion systems
extension of the Provisional period has expired, a practitioner is not appointed to the Staff, the Staff appointment shall be deemed to be terminated. 3. Ranks will be recommended by the Chair of the Department of Orthopedic Surgery who will utilize the procedures outlined in the Medical Staff Bylaws to have these recommendations confirmed. Assistant Attending Assistant Attending is the usual entering rank for full-time Department of Orthopedic Surgery physicians and carries with it the responsibilities of being present in the hospital or providing equivalent coverage for any hours assigned. Assistant Attendings are expected to attend all Department meetings and to participate in hospital functions related to patient care. Associate Attending The rank of Associate Attending is available for physicians who have served as Assistant Attending for a minimum of at least one year. This rank will be considered for those who have demonstrated excellence in emergency care performance. The rank is not automatic and attitude will be considered by the Chair when promoting a physician to this rank. Full Attending In order to achieve Full attending status, the physician must be Board Certified in the appropriate specialty and filed in the medical staff office, and must have served a minimum of one year as an Associate Attending. The Physician must fulfill all of the requirements and obligations and show more than an active interest in the hospital 4. PRIVILEGES: Requests for levels of privileges require a list of operations performed during the last five (5) years. When new privileges for procedures are requested, the orthopedist must present documentation indicating attendance at courses, where and how long the courses were and the name of the sponsoring organization. After approval by the Chair of Orthopedics, the request will be presented to the Credentials Committee, Executive Committee, and the Board of Trustees with recommendations for performance of the procedure with or without supervision. The of the Department of Orthopedic Surgery will review the documents presented by the applicant to include specifically training and experience in each area of orthopedics for which the applicant intends to ask for privileges. These documents
SELECTING RIGHT TALENT Recruitment refers to the process of identifying and encouraging prospective employees to apply for job and selection is the process of picking the right candidates from the pool of applicants. Recruitment is a positive approach where as Selection Negative approach – Explain Crash Recruitment Drive of Pepsi- 6 people, 6 days, Oberoi Business centre 3000 applications Fees charged by Recruitment consultant – 20 to 50% of employees first year salary Outcomes of Selection decision (Thomas Stone) False Negative Error- Rejection of an applicant who would have succeeded. False Positive Error – Applicant selected expecting success, but failed True Positive (High Hit) – Candidate selected expecting success and he succeeds True negative(Low Hit) – failure is expected and it happens
Let Thunderbird Restaurant do the cooking for you. Call-in Orders Welcome Sunday Monday Tuesday Wednesday Thursday Friday Saturday Special 1 Crabby Patty 2 BBQ Ribs Soup Clam Chowder Potato & Ham Special 3 Steak Skillet 4 All You Can Eat Soup and Salad 5 Fried Chicken 6 Indian 7 Pot Roast 8 Captains Platter 9 Prime Rib Soup Creamy Mushroom Zuppa Toscana Chicken Three Sister Soup Pasta Fagioli Clam Chowder Loaded Baked Potato Special 10 Corn Beef Hash 11 Cabbage Rolls 12 Chicken 13 Indian Tacos 14 Chicken Carbonara 15 Chicken Stir-fry 16 Carne Asada Dinner Soup Corn & Andouille Sausage Cabbage & Kielbasa Split Pea w/Ham Wahanpi Stew Zuppa Toscana Clam Chowder Chicken Pot Pie Special 17 Mother Load 18 All You Can Eat Soup and Salad 19 Fried Chicken 20 Indian Tacos 21 Pot Roast 22 Steak or Chicken Fajitas 23 Prime Rib Soup Navy Bean w/Ham Chicken Gnocchi French Onion Hominy & Beef Stew Chili w/Cornbread Clam Chowder Potato & Ham Special 24 Corn Beef Hash 25 Beef Stroganoff 26 Fried Chicken 27 Indian Tacos 28 Lemon Chicken Linguine 29 Chicken Enchiladas with Spanish Rice 30 BBQ Ribs Soup Creamy Mushroom Beef & Barely Zuppa Toscana Three Sister Soup Creamy Lemon Chicken Chicken Tortilla Navy Bean
Complete Unit 3 Check Up p. 86-87 Day 2 Instructional Activities: Reading: Read Chapter 2 - Iceberg Review vocabulary powerpoint Watch Writing/HOT Question- (Inference) Based on your readings, how do you know that the Titanic sank slowly? Reading Centers : Differentiation (Students choose a Center) 1). Fact Book - Create a fact book sequencing the important facts about the Titanic disaster 2). Character’s Journal – Pretend you are a passenger on the Titanic and explain the events that took place the night the Titanic sank. 3.) Question Creator – Write questions and answers over the story. Homework- Read Chapters 1 & 2 English: Complete Unit 3 Posttest on Assessments (formative and/or summative): Formative: Observations of reading fluency Writing Center activity sheets Summative: Unit 3 Posttest on Nouns Day 3 Instructional Activities: Reading: Small group fluency reading on Chapter 3 & 4 Reading Centers : Differentiation (Students choose a different Center) 1). Fact Book - Create a fact book sequencing the important facts about the Titanic disaster 2). Character’s Journal – Pretend you are a passenger on the Titanic and explain the events that took place the night the Titanic sank. 3.) Question Creator – Write questions and answers over the story. Writing/HOT Question – (Analysis) Explain how the underwater robot Argo worked. Watch Review vocabulary with powerpoint English: Introduce and define verbs Watch video Assessments (formative and/or summative) Formative: Observations of reading fluency Center activity sheets Brainpop video
Take brainpop quiz on verbs Play game to choose the action verb Day 4 Instructional Activities: Reading: Read Chapter 3 & 4 – Never Again & Found At Last Watch on Discovery Education Writing – Rewrite the article Ballard Finds Titanic correcting the details/facts Writing/HOT QUESTION-(Inference) Propose a solution to the problem of Titanic sinking. Homework – Read Chapter s 3 & 4 English: Review verbs as action words watch School House Rock video on verbs Versatiles – Action Words Unit 5 – Lesson 1 What Are Verbs? Assessments (formative and/or summative): Formative: Observations of reading fluency Article rewritten with correct facts Writing a solution Versatiles on verbs Day 5 Instructional Activities: RTI- Differentiation (mixed ability groups) Spelling Test Reading: Take comprehension and vocabulary test over Titanic …Lost and Writing/HOT QUESTION Open response A. List the new laws passed since the Titanic disaster. B. Explain why each law is important. video on Robert Ballard finding the Titanic English: Flashback on verbs Introduce Verbs in the Present (subject and verb agreement) Watch Brainpop video on subject and verb agreement Explain that a singular subject needs a singular verb and a plural subject and needs a plural verb Play to practice verbs in the present Unit 5 Verbs – Lesson 2 Assessments (formative and/or summative) Formative: Flashback on verbs Brainpop quiz Online game observations on verbs Summative: Spelling Test Comprehension & voc. Test, & open response
SHANMUGA INDUSTRIES ARTS AND SCIENCE COLLEGE, TIRUVANNAMALAI – 01 INDIVIDUAL STAFF PROFILE DEPARTMENT OF MATHEMATICS Name (In Capital Letters) R. MEGANATHAN Designation ASSISTANT PROFESSOR Qualification M. Sc., M. Phil., B. Ed., SET., Age & DOB 35 & 19.06.1981 Date of first appointment 20.06.2005 Total Experience (Teaching Experience) S. No College Name Position Held Duration 1 SIASC ASST 20.06.2005 30.09.2008 2 SIASC ASST 01.07.2009 TILL DATE Research Experience (years) 5 Yrs Area of Research OPERATIONS RESEARCH Research Guidance (No) M. Phil Ph. D. Guided 26 0 Guiding 5 0 Research Papers (No) 4 Books published (No) 0 Major/Minor Projects NIL Conference Participation STATE LEVEL – 7, NATIONAL LEVEL – 3, INTERNATIONAL LEVEL - 2 Conference Organized STATE LEVEL - 3 Awards/Honours Received NIL Extension Activities PREPARED MASTER TIME TABLE FOR THE WHOLE COLLEGE Administrative Position in college COORDINATOR FOR TRAINING & DEVELOPMENT WING Membership in academic/professional bodies NIL Others (relevant to academic activity) QUESTION PAPERS SETTER FOR VARIOUS AUTONOMOUS COLLEGES
For Correspondence (Address, E.Mail ID & Mobile No) 571, BIG STREET, THENPALLIPATTU VILL & POST, KALASAPAKKAM (TK), TIRUVANNAMALAI DIST- 606751. rpmegamaths@ gmail.com Cell: 9943863743.
United Nations CAT/C/58/D/609/2014 Convention against Torture and Other Cruel, Inhuman or Degrading Treatment or Punishment Distr.: General 20 September 2016 Original: English Committee against Torture Decision adopted by the Committee under article 22 of the Convention, concerning communication No. 609/2014*, ** Communication submitted by: R. K. (represented by counsel, John Phillip Sweeney) Alleged victim: The complainant party: Australia Date of complaint: 6 May 2014 (initial submission) Date of adoption of decision: 11 August 2016 Subject matter: Deportation to Sri Lanka Substantive issue: Non-refoulement; risk of torture upon return to country of origin Procedural issues: Non-substantiation of claims; incompatibility with the Convention Articles of the Convention: 3 and 22 1.1 The complainant is R.K., a Sri Lankan national of origin born in 1982. He claims that his removal to Sri Lanka would constitute a violation by Australia of his rights under article 3 of the Convention. The complainant is represented by counsel, John Phillip Sweeney. 1.2 On 6 June 2014, the Committee, acting through its Rapporteur on new complaints and interim measures, requested the State party not to expel the complainant while the complaint was being considered. On 16 July 2015, the Committee, acting through the same Rapporteur, denied the request of the State party to lift interim measures.
R.4 Distributive Property and Evaluating Expressions Name: ● Simplify using the Distributive Property Example 1: a. ‒2(5 + x) b. (6 – x)(‒3) c. 8(x2 – 3x + 5) d. (4x – 8) ● Distributive Property and the Multiplication Property of ‒1 Example 2: a. –(5x – 3) b. –(‒x + 4) ● Simplify using the Distributive Property and by Combining Like Terms Example 3: a. 2(3h + 3) + 3(h ‒ 7) b. ‒5(n 6) + 6(5 3n) c. 2(3 4s + 7t) 3s + 2t ● Simplify the Area of the Rectangle using the Distributive Property Example 4: a. b.
R.8 1-Variable Inequalities Name: ● Inequality Symbols used to describe solutions Symbol How to Read it Example > greater than x > 5 x can be any number greater than 5 but 5 is not a solution ≥ greater than or equal to x ≥ ‒4 x can be ‒4 or any number greater than ‒4 < less than x < 7 x can be any number less than 7 but 7 is not a solution ≤ Less than or equal to x ≤ 2 x can be 2 or any number less than 2 Determine whether each value is a solution to the inequality. a. Is -3 a solution to ? b. Is 50 a solution to ? c. Is -123 a solution to ? c. Is 87 a solution to ? ● Representing the Solutions for 1-Variable Inequalities on a Number Line. Symbol How to graph it on a number line. Is the circled # a solution? > ○ < ○ ≥ ● ≤ ● Example 1: a. 2x – 17 < ‒9 2x – 17 + 17 < ‒9 + 17 2x < 8 x < x < 4 4 is now the boundary point for the graph b. ‒2x ‒ 18 ≥ 6 Practice
HRI chaplain leads worship once a month HRI C of E chaplain 1. –all day (supporting volunteers p.m.) C of E chaplain 2 – a.m. Muslim chaplain HRI Free Church chaplain – a.m. C of E chaplain 1 – all day Sikh chaplain a.m HRI C of E chaplain 1 – all day HRI C of E chaplain 1 – all day HRI C of E chaplain 1 – all day R.C. chaplain – p.m. On call p.m. and overnight On call out of hours On call out of hours On call out of On call out of hours On call out of hours On call during day and overnight Note: 1. The Roman Catholic chaplains come into the hospital frequently in response to urgent calls. 2. Chaplains (1) and (2) at CRH are currently employed on bank contracts following a vacancy which arose June 2013. 3. A further vacancy arose in December 2013 due to the retirement of a Free Church chaplain. 4. The Co-ordinating chaplain (denoted above as ‘HRI chaplain 1’) is based at HRI as the one full-time chaplain 5. Female chaplain (2 hours) at HRI is currently on maternity leave. 6. The Muslim chaplain leads Jumma prayer in CHR or HRI on occasional Fridays. 7. The Sikh chaplain is a volunteer and visits Sikh patients and ward 21 generally. 7. The on-call provisions are discussed separately below. b) Activity Analysis for the year 2013 1) Religious Care – from the Registers Hope Centre-based services CRH + HRI Bedside Support - Holy Communion C of E / R.C Bedside Support / Sacrament of Sick
AUT 1 AUT 2 SPR 1 SPR 2 SUM 1 RE Day Wednesday 7th November 2018 Diwali, Festival of light (Hindu, Sikhs) (7th November 2018) CWC KS4 LG KS3 AB Primary RE Day 20th December 2018 North pm 20th Dec pm South Primary –all week Christmas ( Christianity) (25thDecember2018) MPW KS3/4 AB Primary RE Day 1stApril 2019 North / KS3 1st April2019 South Primary 2nd April 2019 Judaism (1st April 2019) LG KS AB Primary (FORM TIME) RE Day 2nd April 2019 North 2nd April 2019South/KS3/Primary Easter (Christianity (21st April 2019) NL KS3/4 AB Primary RE Day 1st May 2019 South 1st May 2019 North/KS3/Primary Ramadhan (Islam) (May 5th 2019) BB ALL Afternoon session 1pm till 2.30pm
Revised Unit 4 Teacher Answer Item Correct Answer DOK Question 1 C 2 2 A 2 3 D 2 4 A 2 5 C 1 6 D 1 7 C 1 8 B 3 9 A 2 10 A 3 11 D 2 12 A 2 13 D 1 14 B 2 15 C 2 16 A 2 17 A 1 18 C 2 19 D 1 20 B 2 21 C 1 22 A 2 23 A 2 24 B 2 25 C 2
5. The issues of law to be determined with reference to appropriate statutory and/or common law authorities; evidence at trial will be limited to these issues and to the issues of fact stated in paragraph 2 above. 6. The position of other lienholders (if a relief from stay matter); 7. That all discovery has been completed; 8. Whether or not the parties believe that the matter should be referred to a settlement judge prior to trial. The Court will review the Joint Pretrial Statement and issues in dispute to determine whether the matter is one that might benefit by referral to a settlement judge prior to trial. If the Court concludes that a settlement conference is warranted, an order to that effect will issue; and 9. That the parties are ready for trial, together with the estimated time for the entire trial/hearing. UNITED STATES BANKRUPTCY COURT DISTRICT OF RHODE ISLAND IN RE BANKRUPTCY NO._______________ DEBTOR ADVERSARY NO. ________________ Plaintiff vs Defendant EXHIBIT LIST EX NO DESCRIPTION M A R K E D O F F E R E D O B J E C T A D M I T D A T E DISPOSITION AFTER TRIAL
Exhibit R.I.5.e.1: Fall 2013 Professional Education Programs in the Unit, Current Approval Status, and Location (MS: HRD- Educational Leadership and CAS: Organizational Change-Educational Leadership are the only programs offered online.) Program Name Award Level Program Level (Initial or Advanced) Total Candidates Enrolled in Fall 2013 Agency or Association Reviewing Program Program Report Submitted for Review State Approval Status 2013 National Recognition Status by NCATE3 (as of Feb. 2014) Offered F13 Enrollment Art Education Bachelor’s Initial 120 MSDE Submitted concurrent with IR2 Current: Yes through 2014 NA; State Review Only Dance Education Bachelor’s Initial 12 NASD yes yes Nationally recognized3 Childhood Education Bachelor’s Initial 361 NAEYC yes yes Nationally recognized USG: 53 ECED/Special Ed. Integrated Bachelor’s Initial 99 CEC yes yes NA; 1st submission 2018 University center @ HEAT: 24 Elementary Education Bachelor’s Initial 683 ACEI yes yes Nationally recognized Waldorf Center Elem/Special Ed. Integrated Bachelor’s Initial 268 CEC yes yes Nationally recognized USG:41 University Center @ HEAT: 36 Health Education Bachelor’s Initial 45 AAHE yes yes Nationally recognized Middle School Bachelor’s Initial 64 AMLE NA yes NA; 1st submission 2018 Music Education Bachelor’s Initial 133 NASM yes yes Nationally recognized3 Physical Education Bachelor’s Initial 137 NASPE yes yes Nationally recognized Secondary Education: Bachelor’s Initial 429 Biology Bachelor’s Initial 31 NSTA yes yes Nationally recognized Chemistry Bachelor’s Initial 9 NSTA yes yes Nationally recognized
Baltimore Co: 47 Howard Co: 27 Harford Co: 32 Special Education Master’s Advanced/ Initial cert: 111 CEC yes2 yes Nationally recognized USG: 25 Initial candidates Speech Language Pathology Master’s Advanced1 81 ASHA yes yes Nationally recognized3 Organizational Change (Educational Leadership) CAS Advanced1 184 ELCC yes yes Nationally recognized University Center @HEAT: 18 SMHEC: 29;Baltimore Co.: 37; Howard Co: 5; Online: 10 School Psychology MA/CAS Advanced1 27 NASP yes yes Nationally recognized Audiology Au.D Advanced1 55 ASHA yes yes Nationally recognized3 Non-certification advanced programs at post-baccalaureate levels for the continuing education of teachers who have previously completed initial preparation are identified below; all approved by the Maryland Higher Education Commission/USM. No SPA accreditation review required, unless indicated. Program Name Award Level Program Level (Initial or Advanced) Total Candidates Enrolled in Fall 2013 Agency or Association Reviewing Program Program Report Submitted for Review State Approval Status 2013 National Recognition Status by NCATE3 (as of Feb. 2014) Offered F13 Enrollment
Journal of Affective Disorders Journal of Clinical Psychology Journal of Consulting and Clinical Psychology Journal of Gambling Studies Journal of Personality and Social Psychology Journal of Psychiatric Practice Journal of Psychopathology and Behavioural Assessment Journal of Psychosomatic Research Law and Human Behaviour Personality and Individual Differences Psychiatry Research Psychosomatic Medicine Psychosomatics Psychotherapy and Psychosomatics Memberships American Psychological Association Division 8 - Personality and Social Psychology Division 12 - Society of Clinical Psychology American Psychosomatic Society Canadian Psychological Association European Association of Personality Psychology European Society of Psychosomatic Research International Society for the Study of Individual Differences Society for Personality Assessment PUBLICATIONS Journal Articles – In Press Conway, C. C. et al. (in press). A hierarchical taxonomy of psychopathology can transform mental health research. Perspectives on Psychological Science. Gerritsen, C.J., Chmielewski, M., Zakzanis, K., & Bagby, R.M. (in press). Examining the dimensions of schizotypy from the top down: A hierarchical comparison of factor solutions. Personality Disorders: Theory, Research and Treatment. Fournier, J.C., Wright, A., Tackett, J.L., Uliaszek, A., Pilkonis, P.A., Manuck, S.B., Bagby, R.M. (in press). Decoupling personality and acute psychiatric symptoms in a depressed and a community sample. Clinical Psychological Science. Health, L.M., Drvaric, L., Hendershot, C.S., Quilty, L.C., & Bagby, R.M. (in press). Normative and maladaptive personality test models of mood, psychotic and substance use disorders. Journal of Psychopathology and Behavioral Assessment. Hopwood, C.J., Krueger, R.F., Watson, D., Widiger, T.A., Althoff, R.R., Ansell, E.B., Bach, B., Bagby, R.M., et al. (in press). Comment on “The challenge of transforming the diagnostic system for personality disorders”. Journal of Personality Disorders.
WRC-19 agenda item WRC Resolution Responsible Group Concerned Group(1) Issue 9.1.8 958 (WRC-15) Annex Issue 3) WP 5D WP 1B, WP 5A Issue 9.1.9 162 (WRC-15) WP 4A WP 4B, WP 5A, WP 5C, WP 5D, WP 7C, WP 7D, (WP 3M) 9.2 on any difficulties or inconsistencies encountered in the application of the Radio Regulations*; and ____________ * This agenda item is strictly limited to the Report of the Director on any difficulties or inconsistencies encountered in the application of the Regulations and the comments from administrations. 9.3 80 (Rev.WRC-07) – – 10 810 For information at CPM19-2, see also Annex 8 to Administrative Circular ______________
ANNEX WRS-18 Preliminary programme (a detailed programme will be available at 8) Monday 3 December Tuesday 4 December Wednesday 5 December Thursday 6 December Friday 7 December MORNING SESSIONS Seminar Opening and General Matters ITU basics; ITU-R Structure WRC, RA, Study Groups Radio Regulations and Rules of Procedure Regulatory framework for space radiocommunication services International orbit/ spectrum regulations Planned and non-planned services Coordination and notification procedures Harmful interference Workshops Space services Workshops Terrestrial services Workshops Space services Workshops Terrestrial services Workshops Space services Workshops Terrestrial services AFTERNOON SESSIONS Regulatory framework for terrestrial radiocommunication services Frequency plans Coordination and notification procedures Harmful interference International monitoring Trends in mobile and broadcasting services Plenary Sessions Applications of RR Provisions BR publications & ICT Tools (Preface, BRIFIC, software, databases, etc.) Workshop overview – space services – terrestrial services Workshops Space services Workshops Terrestrial services Workshops Space services Workshops Terrestrial services Workshops Space services Workshops Terrestrial services ______________
24 Vessel Identification number IMO number or national registration number 25 Gross Tonnage In digits, rounded to the closest whole number enclosed space or internal capacity of a vessel 26 Emergency Contact Person ashore (Name & Address) As given by Administration Name and Address of emergency contact person ashore 27 Phone Number As given by Administrations and prefixed with country destination code Telephone number of emergency contact person ashore 28 Fax Number/Email As given by Administrations and prefixed with country destination code Telefax number/Email address of emergency contact person ashore 29 Alternative emergency telephone number As given by Administrations and prefixed with country destination code Alternative 24-hour emergency telephone number of contact person ashore 30 Capacity for persons on board In digits number of passengers and crew 31 Ship’s installation Brief description of radiocommunication equipment on board a vessel e.g.: Inmarsat A, B, C, M, VHF, digital selective calling (DSC) , etc... 32 EPIRB HEX ID CODE (one or multiple) To be used exclusively to notify one or multiple Hex Id codes The ONLY characters accepted are 0 to 9 and A to F. Separate occurrences with comma (,) Field Name Field information Remarks 33 MMSI assigned to craft associated with a parent ship (one or multiple) This numbering format is only valid for devices on board craft associated with a parent ship. A craft may carry multiple devices which would be identified by the MMSI assigned to the craft. These devices may be located in lifeboats, life-rafts, or other craft belonging to a parent ship. The format 98MIDXXXX where the digits 3, 4 and 5 represent the MID and X is any figure from 0 to 9. The MID represents the administration having jurisdiction over the call identity for the craft associated with a parent ship. Separate occurrences with comma (,) 34 Identities for handheld VHF The format 8MIDXXXXX where the digits 2, 3 and 4 represent the MID and X is any figure from to 9. The MID represents the administration having jurisdiction over
approach which reduces the overall burden of collection through the inclusion within future iteratons of the Mental Health Learning Disability Data Set MHLDDS. 7. State Ready for Panels 8. ROCR No ROCR/OR/2203/001MAND 9. Start Date 30/09/2014 10. End Date 30/06/2016 11. FT Type MANDATORY 12. Type MANDATORY 13. NHS England 14. Nursing on on
11. FT Type MANDATORY 12. Type MANDATORY 13. Owning NHS Protect 14. Owning NHS Lone Worker Protection Service 15. Name and Contact Details Name: Marsha Dennis Email: marsha.dennis@nhsprotect.gsi.gov.uk Tel No: 0207 895 4684 Location: LONDON 16. Senior Official Name Marsha Dennis 17. Senior Official Contact Details Title: Mrs Tel No: 020 7 895 4684 Email: marsha.dennis@nhsprotect.gsi.gov.uk Location: LONDON
35. Process required for others to go through to obtain the data Under the NHS Standard Contract for 2014/2015, all organisations providing NHS services must put in place and maintain appropriate counter fraud and security management arrangements. Please follow link: . Under section Key principle and Deter: The organisation undertakes an assessment of the risks to its lone workers including the risk of reasonably foreseeable violence. Where appropriate, it takes steps to avoid or control the risks and these measures are regularly and soundly monitored, reviewed and evaluated for their effectiveness. 36. lone working, mobile working, personal safety 37. National / Official statistic National 38. Method used to store the data 39. Why is not used 40. Details of any pilots
11. FT Collection Type NOT REQUIRED 12. Collection Type MANDATORY 13. Owning Organisation Health and Social Care Information Centre 14. Owning Department Prescribing and Primary Care 15. Owner Name and Contact Details Name: Rosemary Matheson Email: rosemary.matheson@hscic.gov.uk Tel No: 01132547130 Location: 2S Trevelyan Square 16. Senior Supporting Official Name Susan Grieve 17. Senior Supporting Official Contact Details Title: Principle Pharmacist Location: Department of Health 18. Data Provider - Burden Days 3.33 18. Data Provider - Burden £ £ 758.8 18. Frequency Annual
11. FT Collection Type MANDATORY 12. Collection Type MANDATORY 13. Owning Organisation NHS England 14. Owning Department Commissioning and Policy 15. Owner Name and Contact Details Name: Paul Pickersgill: Paul.Pickersgill@nhs.net Email: x Tel No: 01138250774 Location: 5E09 Quarry House Leeds 16. Senior Supporting Official Name Rosamund Roughton 17. Senior Supporting Official Contact Details Title: Director of Commissioning c/o Eleanor Hodgson – Office Manager for Rosamond Roughton Tel No: 0113 824 8449 Email: Claire.Aldiss@nhs.net Location: 4N28 | Quarry House | Quarry Hill | Leeds | LS2 7UE 18. Data Provider - Burden Days 160.4