chengyewang/TexOCR-eval huggingface dataset:
\section{Residency Information}
List all addresses, and the start and end dates, to the best of your ability.

\begin{itemize}
\item Applicants for employment purposes working in DC must include all addresses of residence for the last five (5) years.
\item Back-up caregivers, adult household members, subsidy recipients and individuals requesting a self-check living in DC must include all addresses of residence for the last five (5) years.
\item Applicants for adoption, guardianship, foster care, and kinship care must provide all District of Columbia addresses going back to 2002, per the Improved Child Abuse Investigations Amendment Act of 2002, D.C. Law 14-206, \S 4--1302.03.
\end{itemize}

To help remember your previous addresses, check the credit report bureaus (Equifax, Experian, TransUnion).

\begin{table}[h]
\centering
\begin{tabular}{|l|l|l|}
\hline
Street Address (Include Quadrant and Apt \# if applicable) & City, State, Zip & Start -- End Dates (MM/YYYY -- MM/YYYY) \\
\hline
(EXAMPLE) 100 J Street NW, Apt. B & Washington, DC 20000 & 10/2016--present \\
\hline
 &  &  \\
\hline
 &  &  \\
\hline
 &  &  \\
\hline
 &  &  \\
\hline
 &  &  \\
\hline
 &  &  \\
\hline
 &  &  \\
\hline
 &  &  \\
\hline
 &  &  \\
\hline
 &  &  \\
\hline
 &  &  \\
\hline
 &  &  \\
\hline
 &  &  \\
\hline
\end{tabular}
\label{table_1}
\end{table}

\section{Applicant Consent \& Identity Verification}
I hereby confirm that I have provided complete and accurate information. I understand that if I knowingly provide incomplete or false information, I may be subject to fines. I consent and authorize the D.C. Child and Family Services Agency to provide the Requestor information about me that may be contained in the Child Protection Register (``CPR'').

Applicant Printed Name \hfill Applicant Signature \hfill Date

[ ] I will submit a color copy of the front of a government-issued, photo identification document with this application.
\section{Open Actions}

\begin{table}[h]
\centering
\begin{tabular}{llllll}
No. & Reference & Action & Assigned to & Due Date & Response \\
1. & HSSC 11/09/2017 Item 3 & Add a spotlight session on `Service Charges to Leaseholders' to HSSC Work Programme 2018/19 & Zakia Variava & 3 July 2018 & To be suggested for the 2018/19 work programme \\
\end{tabular}
\label{table_1}
\end{table}

\section{Closed Actions}

\begin{table}[h]
\centering
\begin{tabular}{llllll}
No. & Reference & Action & Assigned to & Due Date & Update/Deadline \\
1. & HSSC March 2018 & Provide the OSC with a list of the number of empty properties by ward & Martin Ling & 18 June 2018 & See separate attachment \\
\end{tabular}
\label{table_2}
\end{table}
\section{Introduction}

This operations plan should act as a supplement to the recently published and highly comprehensive ``Forest Stewardship Plan'' produced by the Ossipee Mountain Land Company in 2003. This plan is available on the woodlands website at www.unh.edu/woodlands. Some of the material provided here is redundant to that report but necessary to support the specific strategies outlined. The concept of this plan was approved by the Committee on Woodlands and Natural Areas on December 16th, 2008.

Timber and other inventory data were obtained during permanent plot sampling in the summer of 2008. Although this plan in its essence seeks to alter the current vegetative makeup, it is assumed that the overall productivity of the property for use in education will be heightened. This can only be stated assuredly knowing that:

Permanent long-term white pine growth plots have been located and will be either protected from impingement by management activities or treated according to research goals.

There are no other known long-term research sites in place that require a moratorium on management.

The site conditions are not so unique that classes that use this area for its present structure cannot easily find those conditions within this property or other local university properties.

\section{Management Goals}

Jones lot is a working forest that is managed to maximize educational and research opportunities. Preservation of unique or rare communities or characteristics, minimization of ecological impact, maintenance of wildlife habitat and demonstration of good land stewardship are all overarching principles that drive decision making. Management strategies and timber harvesting operations are geared towards practicality, sustainability and applicability to contemporary and long-term research programs.

\section{Physical Description}

Jones Lot is a 320 acre parcel off of Pigget Hill Road in Milton, NH. The property is nestled between the higher ground of Pigget Hill to the South and lower ground associated with Jones River and flood plain to the north and east. Moving across the property from west to east the terrain slopes downward to the river and transitions from sometimes steep and quite rocky to rolling to level with little evident surface features. A small 16 acre parcel is separated from the rest of the property by the railroad line that runs north south. Access is further hampered by its separation from other land by the Jones River along the entire eastern margin.
incrementally learns from data of the successive tasks, without a need to store (nor generate) data from previous tasks and with no expansion in the network size.

\subsection{Modelling}

With model parameters $\theta$, the overall variational objective we aim at maximising at task with index $t$ is equivalent to the following online marginal likelihood:

\begin{equation}
\mathcal{L}(\theta) = -\mathrm{KL}\big(q_t(\theta) \;||\; q_{t-1}(\theta)\big) + \sum_{n=1}^{N_t} \mathbb{E}_{q_t(\theta)} \left[ \log p\big(y^{(n)} \mid x^{(n)}, \theta\big) \right].
\end{equation}

We propose a framework where the architecture, whose parameters are $\theta$, is flexibly adapted based on the available tasks, via a learning procedure that will be described below. With each task, we automate the adaptation of the neuron contributions. Both the adaptation decisions (i.e. whether or not to adapt) and the maximum allowed degree of adaptation for every neuron are learnt. We refer to the binary adaptation variable as $\alpha$. There is another variable $s$ that is learnt in a multi-task fashion to control the maximum degree of adaptation, such that the expression $b = \frac{s}{1 + e^{-a}} - 1$ limits how far the task-specific weights can differ from the global weights, in case the respective neuron is to be adapted. The parameter $a$ depicts unconstrained adaptation, as described later.\footnote{We learn parameters $\alpha$, $s$ and $a$, with corresponding $b$, for each neuron but we avoid using the neuron indices here, as well as in other locations like (4), (6) and (7), for better readability.}

We illustrate the proposed model to perform this adaptation by learning the probabilistic contributions of the different neurons within the network architecture on a task-by-task basis. We follow this with the inference details. Steps of the proposed modeling are listed as follows:

\begin{itemize}
\item For a task $T$, the classifier that we are modeling outputs: $\sum_{n=1}^{N_T} \left[ \log p\big(y^{(n)} \mid x^{(n)}, w^T\big) \right]$.
\end{itemize}
\begin{table}[h]
\centering
\caption{対象の非流暢型失語患者}
\label{table_1}
\begin{tabular}{cccccccc}
症例 & 年齢(歳) & 性 & 利き手 & 病巣 & 失語型 & 重症度 & 検査時期 \\
1 & 51 & 女 & 右 & 左前頭葉〜頭頂葉 & 非流暢 & 中等度 & 8週 \\
2 & 54 & 女 & 右 & 左基底核，被殻 & 健忘 & 軽〜中等度 & 14週 \\
3 & 67 & 男 & 右 & 左側頭葉，中心前回 & Broca & 中等度 & 7週 \\
4 & 67 & 女 & 右 & 左被殻 & Broca & 軽度 & 15週 \\
5 & 45 & 男 & 右 & 左被殻〜放線冠 & Broca & 軽度 & 5週, 13週 \\
\end{tabular}
\end{table}

トワークのなかに階層構造があると考えられている。すなわち，言語機能の十分な回復が生じるのは，左上側頭回後部が左半球内の傍シルビウス裂の機能的言語ネットワークに再統合される場合のみであるとしている。一方，この左上側頭回後部が完全に破壊された場合には言語の機能的回復は困難であるが，この場合まず，左半球内の弁蓋部や補足運動野などが代償的に賦活され，さらに，後になって右の上側頭回が動員されてくると考えられる。彼らはこのような右半球内の賦活は最後に現れる代償機構で，また機能的にも十分な回復は見込めないとしている。

機能的MRIとPETを用いたRosenら\cite{Rosen_2000}の賦活研究でも，左の下前頭回周囲に賦活を認めた2例が失語からの回復がもっとも良好であり，左半球内の損傷部位周辺の機能保持ないし回復が一次的に重要であると考えられている。一方，右半球内の対側領域の賦活は必ずしも言語機能の回復の程度とは関連しておらず，右下前頭回が言語活動の回復に関与する可能性についてはさらに経時的に検討する必要があるとしている。

これらのPET・機能的MRIを用いた失語の回復過程に関する研究では，何らかの言語賦活課題を施行して，統制課題との差をみることになる。これまでもっとも多く施行されている課題は発語に関するものであり，課題としては語頭音や語幹完成，カテゴリーなどによる名詞生成，動詞生成，絵の呼称，復唱，短文作成などがあげられる。一方，言語の受容的側面に関する課題としては，短文読解，意味判断，韻判断，意味的関連の処理などがあげられる。

今回われわれは，臨床的な脳機能画像研究の立場から，発話の回復過程に関与する脳内基盤をさらに検討するため，失語患者が語想起（生成）課題を行っている間の機能的MRIを撮像した。

\section{方法}
対象は表\ref{tab:table_1}に示した非流暢型失語患者5例（中等度3例，軽度2例），および年齢をあわせた右利き健常者6例。賦活課題としては，パネルに視覚提示されたかなで始まる単語をできるだけ思いついて，声に出さずに内言してもらう語頭音による語想起を行った。課題条件，統制条件（画面中央に提示された注視点の固視）とも各40秒を1ブロックとし，それぞれ4ブロックずつ繰り返した。MRIは1.5TのGE SIGNA Horizon LXを用い，スライス幅4.5 mm，ギャップ1.0 mm，TE = 60.0 msで，echo planar imageを5秒間に23 slice撮像し，blood oxygenation level-dependent (BOLD) 信号を算出した。解析にはStatistical Parametric Mapping (SPM) 99を用いた（p < .001）。なお，対象例のうち1例（症例5）は発症後5週目（1回目）と13週目（2回目）の2時点で機能的MRIを撮像した。

\section{結果}
まず，健常群6例について，語想起課題条件と統制条件で比較して有意なBOLD変化を認めた領域をTalairachら\cite{Talairach_1988}のアトラスにてMRI T1強調画像水平断に重ねた図を示す（図\ref{fig:figure_1}）。語想起課題条件では統制条件に比して，左下前頭回Brodmann 44・45野にもっとも強い賦活を認めたが，さらに周辺の46・47野，6野，島回にも賦活を認めた。また，左上側頭回，左帯状回〜帯状回の背側の内側前頭回にも有意なBOLD信号の上昇を認めた。右半球では47野や
\section{National Safety Council}

\subsection{First Aid Course}
(one -- 4-hour class)\\
Certification valid for 3 years

\begin{itemize}
\item Responding to Emergencies
\item First Aid Principles
\item Rescue Breathing \& Airway Obstruction
\item Written Examination
\end{itemize}

\subsection{CPR Course}
(one -- 3-hour class)\\
Certification valid for 2 years

\begin{itemize}
\item Emergency Action Principles
\item Prevention of Childhood Injuries
\item Rescue Breathing \& Airway Obstruction
\item Adult /Child/Infant
\item Written Examination
\end{itemize}

\section{Recertification Modules}

\textbf{Bus Drivers:} For example, if you completed your driver training in April 2010, you should take recertification modules starting April 2014 and complete them by April 2015. If you are not sure of your completion date, call the Training Office, 571-252-1720. Module 2 ``Driving Fundamentals'' you will be assigned a date after completing Module 1.

\textbf{Bus Attendants:} For example, if you completed your attendant training in April 2010, start taking recertification Module 4 in April 2014 and complete it by April 2015. If you are not sure of your completion date, call the Training Office, 571-252-1720.

\begin{table}[h]
\centering
\begin{tabular}{|c|l|l|l|l|}
\hline
MODULE \# & TITLE & SETTING & WHO NEEDS TO TAKE & WHEN TO TAKE \\
\hline
MODULE 1 & What are my Responsibilities? & Classroom & Bus Drivers & Every 5 years \\
\hline
MODULE 2 & Driving Fundamentals & Actual bus driving & Bus Drivers & Every 5 years \\
\hline
MODULE 3 & Defensive Driving & Classroom & Bus Drivers & Every 5 years \\
\hline
MODULE 4 & Student Management & Classroom & Bus Drivers and Bus Attendants & Every 5 years \\
\hline
MODULE 6 & Special Transportation & Classroom and bus demonstration & Bus Drivers and Bus Attendants & Every 3 years \\
\hline
\end{tabular}
\label{table_1}
\end{table}
\title{Synthetic Structural Biology: Exploiting virial assembly principles as an anti-viral strategy}
\author{Seth Fraden (Brandeis), hosted by Bogdan Dragnea}

\begin{abstract}
Caspar and Klug elucidated the geometric principles that govern the structure of natural viral capsids in 1962 by providing the minimum number of distinct local symmetries that are required to form an icosahedral shell of a given size. However, elucidating the symmetry rules is not sufficient to understand assembly in nature nor to determine the engineering principles to build synthetic capsids. Here, we provide a general and modular solution to de-novo creation of icosahedral virus-like shells, thereby expanding Caspar and Klug theory with engineering principles for building synthetic capsids. We use the methods of DNA origami and design DNA single-strands that self-assemble into accurately-designed and rigid building blocks. We created five different increasingly large virus-like capsids with molecular masses ranging from 43 to 925 Megadaltons and with internal cavity diameters ranging from 57 nm to 280 nm. We validated the structures of the capsids and those of the underlying subunits using cryoelectron microscopy and studied the capsid assembly process experimentally and with a computational model to elucidate how the kinetics and yield of target structures depends on control parameters. In an application towards creating antiviral agents, we designed origami open capsids functionalized with antibodies that capture viruses and render them noninfectious. In principle, our method requires as few as a single antibody to completely deactivate a virus.
\end{abstract}

Programmable icosahedral shell system for virus trapping.

Sigl, C., Willner, E. M., Engelen, W., Kretzmann, J. A., Sachenbacher, K., Liedl, A., Kolbe, F., Wilsch, F., Aghvami, S. A., Protzer, U., Hagan, M. F., Fraden, S. and Dietz, H. Nature Materials (2021). DOI: 10.1038/s41563-021-01020-4.

\begin{figure}
\centering
\includegraphics{figure_1.pdf}
\caption{CryoEM of DNA origami shell with hepatitis B virus core captured.}
\label{figure_1}
\end{figure}
\section{Section 11.1 Specific Off-Street Parking Requirements}
The amount of off-street parking space required for uses, buildings, additions, and changes in intensity of uses thereto, shall be determined according to the following requirements, and the space, so required, shall be stated in the application for a zoning and building permit and shall be reserved for such use. Where more than one use is located in the same building, each individual use shall be in accordance with the off-street parking requirements of this section of the ordinance.

\begin{table}[h]
\centering
\begin{tabular}{p{0.45\textwidth} p{0.5\textwidth}}
\textbf{Types of Uses} & \textbf{Required Number of Spaces} \\
A. Airport, railroad passenger stations and bus terminals & One (1) parking spaces for each four (4) seating accommodations for waiting passengers, plus one (1) parking space for each two (2) employees on shift of largest employment. \\
B. Automobile laundries & One (1) parking space for each employee, plus one (1) space per owner or manager, and reservoir space equal to five (5) times the capacity of the facility. \\
C. Automobile Service stations & One (1) parking space for each gas pump island, plus two (2) parking spaces for each working bay, plus one (1) parking space for each employee on shift of largest employment. \\
D. Beauty parlors and barber shops & Two (2) parking spaces per barber and/or beauty shop operator. \\
E. Bowling establishments & Five (5) parking spaces for each lane, plus one (1) parking space for each two (2) employees on shift of largest employment. \\
F. City and/or county government & One (1) parking space for each two hundred (200) square feet of gross floor area. \\
G. Commercial or trade schools & One (1) parking space for each two (2) students, based on design capacity of the school, plus one (1) parking space for each employee. \\
\end{tabular}
\label{table_1}
\end{table}
OFFICE OF THE BIDS AND AWARDS COMMITTEE

Name of Project : Supply and Delivery of Meals to be served during the Values Formation Activities for the month of October 2015 - Batches 5, 6, 7, 8, and 9, City of San Fernando, Pampanga

Location of the Project : City Human Resource and Development Office

\section*{Request for Quotation}
(FM-CSFP-CGSO-39; Revision No. 01;06/23/14)

Date : September 10, 2015 \\
Quotation No. : ES-F6-15-2373

Company Name

Address

Please quote your lowest price on the item(s) listed below and submit your quotation duly signed by your representative not later than September 18, 2015 at 10:00 AM at CGSO-Building, New Public Market, City of San Fernando, Pampanga.

Canvassed by:

TERESITA A. PABALAN \\
Administrative Aide III

Approved by:

ENGR. MICHAEL N. QUIZON, JR. \\
BAC Chairman

NOTE:
1 All entries must be readable
2 Delivery period within \_\_\_ calendar days
3 Warranty shall be for a period of six (6) months for supplies \& materials, one (1) year for equipment, from date of acceptance by the procuring entity
4 Price validity shall be for a period of sixty (60) calendar days

\begin{table}[h]
\centering
\begin{tabular}{|c|c|c|p{7cm}|c|c|}
\hline
Item No. & Qty & Unit & Item Description & Unit Price & Total \\
\hline
7 & 170 & pck(s) & Set MA5 -- regular size chicken sandwich with 355ml bottled mineral water \\
Batch 8 - Lunch &  &  &  &  &  \\
\hline
8 & 170 & pck(s) & Set MD6 -- chicken caldereta (133gms), banana/pastries, 355ml bottled mineral water, 1 cup rice \\
Batch 9 - AM Snacks &  &  &  &  &  \\
\hline
9 & 170 & pck(s) & Set MA10 -- 1-cup pancit canton with 355ml bottled water \\
Batch 9 - Lunch &  &  &  &  &  \\
\hline
10 & 170 & pck(s) & Set MD2 -- pork kare-kare (100gms), banana/pastries, 355ml bottled water, 1 cup rice \\
\hline
\end{tabular}
\end{table}

xxxxx Nothing follows xxxxxx

TOTAL AMOUNT : P \_\_\_\_\_\_\_\_

After having carefully read and accepted your General Conditions, I quote you on the item at prices noted above.

Printed Name / Signature

Tel No. / Cellphone No.

Date
Eugenie Grandet / Honore de Balzac; translated by Marion Ayton Crawford\\
\\
Author : Balzac, Honore de\\
\\
Subject : 1. NOVEL PERANCIS\\
Publisher : Baltimore : Penguin Books\\
Year : 1955\\
Stock : 1\\
Index Page :\\
Info : 248 hlm.; 18 cm
According to the respondents who stated that banjir bandang simulation used supporting tools, it can get information about that type of instrument namely most widely used is the kentongan (44\%), it can be understood because rural communities tend to choose the tool that is easy and cheap. Meanwhile, other respondents expressed using sirens (18\%) combination of kentongan and sirens (20\%) and that using the speakers (6\%) and other states do not know (12\%) (Graph 22). Use of a kentongan is considered most effective and efficient, because almost all societies have such equipment. While the use of sirens or speakers are considered less effective. Based on community experience, when the banjir bandang occurs in Desa Pace in 2009, sirens and speakers do not work properly, because the power goes out, so that people using kentongan and other equipment that bias noise or sound.

\begin{figure}
\centering
\includegraphics{figure_22.pdf}
\caption{Graph 22. Kind of tool that used in banjir bandang simulation}
\label{figure_22}
\end{figure}

In addition to the use of early warning devices in the simulation, participants are also trained to form a task force, 85\% of respondents said there was material forming a task force member function is to provide flood alert information to evacuation planning to the community affected, while other respondents expressed no (6\%) and did not know (9\%) (Graph 23).

At simulation, the community realized that the formation of task force considered important for communicate information or warning in anticipation of banjir bandang. However, in fact there are lack of coordinations and seriousness of local government to discuss and form a task force related to the handling banjir bandang.
(d) All records and papers of the temporary Special Committee on Aging established by Senate Resolution 33, Eighty-seventh Congress, are transferred to the special committee.

(e) (Executed.)

\section{83.2 Committee on Indian Affairs\footnote{Name changed from ``Select Committee on Indian Affairs'' by provision of S. Res. 71, 103--1, Feb. 24, 1993.}}

Sec. 105. (a)(1) There is established a temporary Select Committee on Indian Affairs (hereafter in this section referred to as the ``select committee'') which shall consist of seven\footnote{See paragraph 3(c) of rule XXV of the Standing Rules, Senate Manual section 25.3c, for current membership.} members, four to be appointed by the President of the Senate, upon the recommendation of the majority leader, from among members of the majority party and three to be appointed by the President of the Senate, upon the recommendation of the minority leader, from among the members of the minority party. The select committee shall select a chairman from among its members.

(2) A majority of the members of the committee shall constitute a quorum thereof for the transaction of business, except that the select committee may fix a lesser number as a quorum for the purpose of taking testimony. The select committee shall adopt rules of procedure not inconsistent with this section and the rules of the Senate governing standing committees of the Senate.

(3) Vacancies in the membership of the select committee shall not affect the authority of the remaining members to execute the functions of the select committee.

(4) For purposes of paragraph 4\footnote{Changed from ``paragraph 6'' as a result of the adoption of S. Res. 274, 96--1, Nov. 14, 1979.} of rule XXV of the Standing Rules of the Senate, service of a Senator as a member or chairman of the select committee shall not be taken into account.

(b)(1) All proposed legislation, messages, petitions, memorials, and other matters relating to Indian affairs shall be referred to the select committee.

(2) It shall be the duty of the select committee to conduct a study of any and all matters pertaining to problems and opportunities of Indians, including but not limited to, Indian land management and trust responsibilities, Indian
\section*{TABLE OF CONTENTS}

ACKNOWLEDGEMENTS

ABSTRACT

TABLE OF CONTENTS

LIST OF TABLE

LIST OF FIGURES

LIST OF APPENDIX

CHAPTER I. INTRODUCTION

\subsection{Background of the Study}

\subsection{Problems of the Study}

\subsection{Objectives of the Study}

\subsection{Scope of the Study}

\subsection{Significance of the Study}

CHAPTER II. REVIEW OF LITERATURES

\subsection{Theoretical Framework}

\subsubsection{Politeness Strategies}

\subsubsection{Types of Politeness}

\paragraph{Bald on Record}

\paragraph{Positive Politeness}

\paragraph{Negative Politeness}

\paragraph{Off Record}

\subsubsection{The Reason of Politeness Strategies Usage}

\paragraph{The reason of Bald on Record}

\paragraph{The Reason of Positive Politeness}

\paragraph{The Reason of Negative Politeness}

\paragraph{The Reason of Off Record}

\subsection{Pronouns}

\subsubsection{Personal Pronouns}

\subsubsection{Reference}

\subsection{Television Talk show}

\subsubsection{The Nature of Talk Show}
\section{MEGHÍVÓ}

AZ INFORMATIKAI KAR DOKTORI TANÁCSA tájékoztatja Önt, hogy

DÉVAI GERGELY

okleveles programtervező matematikus, tanársegéd, az ELTE Informatika Doktori Iskola doktorjelöltje

Programhelyességbizonyítás fordítási időben

címmel értekezést nyújtott be a doktori (PhD) fokozat megszerzéséért (az értekezés előzetes egyeztetés alapján a TNKCs-nál megtekinthető).

Az értekezés nyilvános vitájára 2017. június 27-én (kedden), 14:00 órakor kerül sor.

A nyilvános vita helyszíne:

ELTE Természettudományi Kar

Budapest, Pázmány Péter sétány 1/A., 7.21-es Kari Tanácsterem

Budapest, 2017. május 30.

Dr. Benczúr András

az Informatika Doktori Tanács elnöke