DOCSLIB.ORG

State Court Organization

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
State Court Organization OMB Control # 1121-0283 State Court Organization Expiration: 4/30/2014 Table 53 External Information Exchanges Provides, by state or most populous county, the method used for the external exchange of information to select executive and judicial branch agencies. Delegate Info Name ______________________________ ____________________________ Email ______________________________ ____________________________ Overall Table Notes: Please check if the court sends to or receives information from any of the listed agencies. Data transmission can occur at the state-level (shown in the table as the Administrative Office of the Courts) or can be at the county- level (see list of county-level courts to include). In addition, please state the method of data transmission. Method options are: Paper Electronic Real-Time Electronic XML q1 Criminal History Repository (Select all that apply) Court Name (include County Courts) Send Method Receive Method Administrative Office of the Courts OMB Control # 1121-0283 State Court Organization Expiration: 4/30/2014 Table 53 External Information Exchanges (cont.) q2 State Dept of Justice (Select all that apply) Court Name (include County Courts) Send Method Receive Method Administrative Office of the Courts q3 Law Enforcement Agencies (Select all that apply) Court Name (include County Courts) Send Method Receive Method Administrative Office of the Courts q4 Corrections/Jail (Select all that apply) Court Name (include County Courts) Send Method Receive Method Administrative Office of the Courts OMB Control # 1121-0283 State Court Organization Expiration: 4/30/2014 Table 53 External Information Exchanges (cont.) q5 Public Defenders (Select all that apply) Court Name (include County Courts) Send Method Receive Method Administrative Office of the Courts q6 Prosecutors (Select all that apply) Court Name (include County Courts) Send Method Receive Method Administrative Office of the Courts q7 Private Attorneys (Select all that apply) Court Name (include County Courts) Send Method Receive Method Administrative Office of the Courts OMB Control # 1121-0283 State Court Organization Expiration: 4/30/2014 Table 53 External Information Exchanges (cont.) q8 Probation/Parole (select all that apply) Court Name (include County Courts) Send Method Receive Method Administrative Office of the Courts q9 Social Services (Select all that apply) Court Name (include County Courts) Send Method Receive Method Administrative Office of the Courts q10 Revenue/Finance (Select all that apply) Court Name (include County Courts) Send Method Receive Method Administrative Office of the Courts OMB Control # 1121-0283 State Court Organization Expiration: 4/30/2014 Table 53 External Information Exchanges (cont.) q11 Motor Vehicles (Select all that apply) Court Name (include County Courts) Send Method Receive Method Administrative Office of the Courts q12 Schools (Select all that apply) Court Name (include County Courts) Send Method Receive Method Administrative Office of the Courts q13 Health/Mental Health/Treatment (Select all that apply) Court Name (include County Courts) Send Method Receive Method Administrative Office of the Courts OMB Control # 1121-0283 State Court Organization Expiration: 4/30/2014 Table 53 External Information Exchanges (cont.) q14 Vital Statistics (Select all that apply) Court Name (include County Courts) Send Method Receive Method Administrative Office of the Courts q15 Immigration Services (Select all that apply) Court Name (include County Courts) Send Method Receive Method Administrative Office of the Courts q16 Other Courts (Select all that apply) Court Name (include County Courts) Send Method Receive Method Administrative Office of the Courts OMB Control # 1121-0283 State Court Organization Expiration: 4/30/2014 Table 53 External Information Exchanges (cont.) q17 Local Executive Branch (Select all that apply) Court Name (include County Courts) Send Method Receive Method Administrative Office of the Courts Mark for Review Check box below when data entry for Table 53 is complete. The table will then be reviewed, and you will be notified if there are questions regarding the data entered. Approve - Mark for Review Reject - Mark for Edit End of Table 53 OMB Control # 1121-0283 State Court Organization Expiration: 4/30/2014 Table 54 IT Responsibility by Selected Function Provides, by state or most populous county, the role and select responsibilities of the Chief Information Officer. Delegate Info Name ______________________________ ____________________________ Email ______________________________ ____________________________ Overall Table Notes: Answer Yes (in Question 1) for each entity (AOC or local court; see list of county-level courts to include) that employs a Chief Information Officer. q1 Does your organization/ court have a Chief Information Officer (CIO)? Court Name (include County Courts) Yes No Administrative Office of the Courts q2 Who does the CIO report to? (Select all that apply) Chief State Court Clerk of Court Specify Court Name (include County Courts) Justice Administrator Court Administrator Other Notes: Administrative Office of the Courts OMB Control # 1121-0283 State Court Organization Expiration: 4/30/2014 Table 54 IT Responsibility by Selected Function (cont.) q3 Is the CIO part of senior management team? Court Name (include County Courts) Yes No Notes: Administrative Office of the Courts q4 Is the CIO responsible for? (Select all that apply) IT IT Hardware Systems Records Court Name (include County Courts) Budget Standards Acquisition Development management Administrative Office of the Courts Staff IT Statistical WAN Desktop Server Court Name (include County Courts) Training Reporting Management Support Support Administrative Office of the Courts OMB Control # 1121-0283 State Court Organization Expiration: 4/30/2014 Table 54 IT Responsibility by Selected Function (cont.) q4 (cont.) Is the CIO responsible for? (Select all that apply) Web Site Data Court Name (include County Courts) Support Center Notes: Administrative Office of the Courts Mark for Review Check box below when data entry for Table 54 is complete. The table will then be reviewed, and you will be notified if there are questions regarding the data entered. Approve - Mark for Review Reject - Mark for Edit End of Table 54 OMB Control # 1121-0283 State Court Organization Expiration: 4/30/2014 Table 55 IT Responsibility by Selected Functions: Communications Provides, by state or most populous county, the communication responsibilities of the Chief Information Officer. Delegate Info Name ______________________________ ____________________________ Email ______________________________ ____________________________ Overall Table Notes: For each entity (AOC or local court; see list of county-level courts to include) that employs a Chief Information Officer, is the Chief Information Officer responsible for: q1 Video conferencing Court Name (include County Courts) Yes No Shared The state/court does not use Administrative Office of the Courts OMB Control # 1121-0283 State Court Organization Expiration: 4/30/2014 Table 55 IT Responsibility by Selected Functions: Communications (cont.) q2 Video arraignment Court Name (include County Courts) Yes No Shared The state/court does not use Administrative Office of the Courts q3 Video distance learning Court Name (include County Courts) Yes No Shared The state/court does not use Administrative Office of the Courts q4 Video streaming of proceedings Court Name (include County Courts) Yes No Shared The state/court does not use Administrative Office of the Courts OMB Control # 1121-0283 State Court Organization Expiration: 4/30/2014 Table 55 IT Responsibility by Selected Functions: Communications (cont.) q5 Video court record Court Name (include County Courts) Yes No Shared The state/court does not use Administrative Office of the Courts q6 Audio streaming Court Name (include County Courts) Yes No Shared The state/court does not use Administrative Office of the Courts q7 Audio court record Court Name (include County Courts) Yes No Shared The state/court does not use Administrative Office of the Courts OMB Control # 1121-0283 State Court Organization Expiration: 4/30/2014 Table 55 IT Responsibility by Selected Functions: Communications (cont.) q8 Voice over internet protocol (VOIP) Court Name (include County Courts) Yes No Shared The state/court does not use Administrative Office of the Courts q9 Phones Court Name (include County Courts) Yes No Shared The state/court does not use Administrative Office of the Courts q10 Email system Court Name (include County Courts) Yes No Shared The state/court does not use Administrative Office of the Courts OMB Control # 1121-0283 State Court Organization Expiration: 4/30/2014 Table 55 IT Responsibility by Selected Functions: Communications (cont.) q11 Satellite broadcast Court Name (include County Courts) Yes No Shared The state/court does not use Administrative Office of the Courts Mark for Review Check box below when data entry for Table 55 is complete. The table will then be reviewed, and you will be notified if there are questions regarding the data entered. Approve - Mark for Review Reject
Load more

Recommended publications
  • Features and Functionality History Mimer SQL, Features and Functionality History © Copyright Mimer Informationtechnology AB, August 2017
    Mimer SQL Features and Functionality History Mimer SQL, Features and Functionality History © Copyright Mimer InformationTechnology AB, August 2017 The contents of this manual may be printed in limited quantities for use at a Mimer SQL installation site. No parts of the manual may be reproduced for sale to a third party. Information in this document is subject to change without notice. All registered names, product names and trademarks of other companies mentioned in this documentation are used for identification purposes only and are acknowledged as the property of the respective company. Companies, names and data used in examples herein are fictitious unless otherwise noted. Produced and published by Mimer InformationTechnology AB, Uppsala, Sweden. P.O. Box 1713, SE-751 47 Uppsala, Sweden. Tel +46(0)18-780 92 00. Fax +46(0)18-780 92 40. Mimer Web Sites: http://developer.mimer.com http://www.mimer.com Mimer SQL i Features and Functionality History Contents Chapter 1 New Features and Functions ........................................................... 1 The Mimer SQL Database Server..................................................................................1 Internal Databank Identifier Invalid (V9.3.8B) ............................................................... 1 Background Dbcheck Hang (V9.3.8).............................................................................. 1 LOGDB Restart (V9.3.8).................................................................................................. 1 Improved Control of LOB References
    [Show full text]
  • Resume of Dr. Michael J. Bisconti
    Table of Contents This file contains, in order: Time Savers Experience Matrix Resume _________________________ 1 Time Savers There are a number of things we can do to save everyone’s time. In addition to resume information there are a number of common questions that employers and recruiters have. Here is an FAQ that addresses these questions. (We may expand this FAQ over time.) Frequently Asked Questions 1099 Multiple Interviewers Severance Pay Contract End Date Multiple Interviews Technical Exam Contract Job Need/Skill Assessment Interview Temporary Vs. Permanent Contract Rate Payment Due Dates U.S. Citizenship Drug Testing Permanent Job W2 Face-to-face Interview Phone Interview Word Resume Job Hunt Progress Salary Are you a U.S. citizen? Yes. Do you have a Word resume? Yes, and I also have an Adobe PDF resume. Do you prefer temporary (contract) or permanent employment? Neither, since, in the end, they are equivalent. Will you take a drug test? 13 drug tests taken and passed. Do you work 1099? Yes, but I give W2 payers preference. Do you work W2? Yes, and I work 1099 as well but I give W2 payers preference. How is your job search going? See 1.2 Job Hunt Progress. What contract rate do you expect? $65 to $85/hr. W2 and see the 2.5 Quick Rates Guide. What salary do you expect? 120k to 130k/yr. and see the 2.5 Quick Rates Guide. When do you expect to be paid? Weekly or biweekly and weekly payers will be given preference. Will you do a face-to-face interview? Yes, but I prefer a Skype or equivalent interview because gas is so expensive and time is so valuable.
    [Show full text]
  • Database Access Via Programming Languages 5DV119 — Introduction to Database Management Ume˚Auniversity Department of Computing Science Stephen J
    Database Access via Programming Languages 5DV119 | Introduction to Database Management Ume˚aUniversity Department of Computing Science Stephen J. Hegner [email protected] http://www.cs.umu.se/~hegner Database Access via Programming Languages 20150213 Slide 1 of 20 The Limitations of Stand-Alone SQL • SQL is primarily a language for data definition, retrieval, and update. • It is not designed for complex computation. • Enhancements such as OLAP are useful for certain specific tasks, but still leave many important tasks difficult or impossible to achieve. Theoretical shortcoming: Unlike most programming languages, it is not Turing complete. • There are computations which cannot be expressed in SQL at all. Interoperability shortcoming: Stand-alone SQL clients are generally vendor specific. • Concurrent access to databases of different vendors is not possible with a single client. • Access to multiple databases via the same client is usually awkward, requiring vendor-specific directives. Database Access via Programming Languages 20150213 Slide 2 of 20 The Limitations of Stand-Alone SQL: 2 Practical shortcomings: There is also a host of practical reasons why stand-alone SQL does not suffice: Accessibility: Most users of databases are not computer scientists. • They need a custom interface for non-experts. • Even experts can often work more effectively via custom interfaces. Simplicity: Real-world database schemata are often very large and complex. • Users often need to work with custom views which present what they need to know and are allowed to know. Security: The correct management of access rights is a very complex task. • It is often easier to manage access by admitting access via specific interfaces.
    [Show full text]
  • Openvms Guide
    Mimer SQL OpenVMS Guide Version 11.0 Mimer SQL, OpenVMS Guide, Version 11.0, January 2018 © Copyright Mimer Information Technology AB. The contents of this manual may be printed in limited quantities for use at a Mimer SQL installation site. No parts of the manual may be reproduced for sale to a third party. Information in this document is subject to change without notice. All registered names, product names and trademarks of other companies mentioned in this documentation are used for identification purposes only and are acknowledged as the property of the respective company. Companies, names and data used in examples herein are fictitious unless otherwise noted. Produced and published by Mimer Information Technology AB, Uppsala, Sweden. Mimer SQL Web Sites: https://developer.mimer.com https://www.mimer.com Contents i Contents .............................................................................................................................. i Chapter 1 Introduction .......................................................................................1 About Mimer SQL for OpenVMS...................................................................................1 The Mimer SQL Database Server .................................................................................. 1 Embedded SQL................................................................................................................. 1 Module SQL......................................................................................................................
    [Show full text]
  • Database Proxies: a Data Management Approach for Component-Based Real-Time Systems∗
    Database Proxies: A Data Management approach for Component-Based Real-Time Systems¤ Andreas Hjertström, Dag Nyström, Mikael Sjödin Mälardalen Real-Time Research Centre, Västerås, Sweden {andreas.hjertstrom, dag.nystrom, mikael.sjodin}@mdh.se Abstract ture to share global data safely and efficiently by provid- ing concurrency-control, temporal consistency, and over- We present a novel concept, database proxies, which en- load and transaction management. Furthermore the typical able the fusion of two disjoint productivity-enhancement interface provided by the RTDBMS opens up for a whole techniques; Component Based Software Engineering new range of possibilities, much needed by industry, such (CBSE) and Real-Time Database Management Systems as dynamic run-time queries which could be a welcome (RTDBMS). This fusion is neither obvious nor intuitive contribution to aid in logging, diagnostics, monitoring [18], since CBSE and RTDBMS promotes opposing design goals; compared to the pre defined static data access often used by CBSE promotes encapsulation and decoupling of compo- developers today. nent internals from the component environment, whilst RT- CBSE promotes encapsulation of functionality into DBMS provide mechanisms for efficient and safe global reusable software entities that communicates through well data sharing. Database proxies decouple components from defined interfaces and that can be mounted together as an underlying database thus retaining encapsulation and building blocks. This enable a more efficient and structured component reuse, while providing temporally predictable development where available components can be reused or access to data maintained in database. We specifically tar- COTS components effectively can be integrated in the sys- get embedded systems with a subset of functionality with tem to save cost and increase quality.
    [Show full text]
  • An Overview of the Usage of Default Passwords (Extended Version)
    An Overview of the Usage of Default Passwords (extended version) Brandon Knieriem, Xiaolu Zhang, Philip Levine, Frank Breitinger, and Ibrahim Baggili Cyber Forensics Research and Education Group (UNHcFREG) Tagliatela College of Engineering University of New Haven, West Haven CT, 06516, United States fbknie1, [email protected],fXZhang, FBreitinger, [email protected] Summary. The recent Mirai botnet attack demonstrated the danger of using default passwords and showed it is still a major problem in 2017. In this study we investigated several common applications and their pass- word policies. Specifically, we analyzed if these applications: (1) have default passwords or (2) allow the user to set a weak password (i.e., they do not properly enforce a password policy). In order to understand the developer decision to implement default passwords, we raised this question on many online platforms or contacted professionals. Default passwords are still a significant problem. 61% of applications inspected initially used a default or blank password. When changing the password, 58% allowed a blank password, 35% allowed a weak password of 1 char- acter. Key words: Default passwords, applications, usage, security 1 Introduction Security is often disregarded or perceived as optional to the average consumer which can be a drawback. For instance, in October 2016 a large section of the In- ternet came under attack. This attack was perpetuated by approximately 100,000 Internet of Things (IoT) appliances, refrigerators, and microwaves which were compromised and formed the Mirai botnet. Targets of this attack included Twit- ter, reddit and The New York Times all of which shut down for hours.
    [Show full text]
  • Datasheet: Rapidrep® Test Suite
    Datasheet: RapidRep® Test Suite Overview: Test automation for the back-end The RapidRep® Test Suite is an innovative solution Test objects: Programs (non-GUI), data storage, data for the automated testing of objects that do not require processing, Web services, processes any user interaction (back-end). Test types: Function tests, migration tests, data com- parison tests, regression tests, and others RapidRep® is universally applicable and complies with all relevant ISO/IEC/IEEE testing standards. Further information: www.rapidrep.com/test-suite Important product features ● Rule Engine for the determination of expected re- XPath or Javascript sults (model-based testing with the help of sets of ● Integration of MS Excel as tool for test case design, rules) result presentation, management of rules ● Configurable solution for rule-based data quality ● Seamless connection to various test and defect evaluations and automated data comparison (with a management systems (see below) wizard) ● Version control of all states of development in a ● Integrated, efficient development environment for repository SQL and 2 script languages, incl. syntax highligh- ● Central administration of all settings for authentica- ting, proposal lists, business API tion and authorization ● Wizard for the connection to and further processing ● Documentation, Help, program surface are all avail- of Web services by means of SQL, XQuery, XSLT, able completely in German and English Supported systems Test management systems Repository databases ● HP Quality Center / ALM:
    [Show full text]
  • Openvms Guide
    Mimer SQL OpenVMS Guide Version 10.1 Mimer SQL, OpenVMS Guide, Version 10.1, December 2017 © Copyright Mimer Information Technology AB. The contents of this manual may be printed in limited quantities for use at a Mimer SQL installation site. No parts of the manual may be reproduced for sale to a third party. Information in this document is subject to change without notice. All registered names, product names and trademarks of other companies mentioned in this documentation are used for identification purposes only and are acknowledged as the property of the respective company. Companies, names and data used in examples herein are fictitious unless otherwise noted. Produced and published by Mimer Information Technology AB, Uppsala, Sweden. P.O. Box 1713, SE-751 47 Uppsala, Sweden. Tel +46(0)18-780 92 00. Fax +46(0)18-780 92 40. Mimer SQL Web Sites: http://developer.mimer.com http://www.mimer.com Contents i Contents .............................................................................................................................. i Chapter 1 Introduction ....................................................................................... 1 About Mimer SQL for OpenVMS...................................................................................1 The Mimer SQL Database Server .................................................................................. 1 Embedded SQL................................................................................................................. 1 JDBC Driver......................................................................................................................
    [Show full text]
  • What Is Mimer SQL 11 C
    WHAT IS MIMER SQL 11 Mimer is a company with a strong foundation in standards and innovation. The Mimer SQL dataBase server has from the start been built with scalability and flexiBility in mind, which is why it is, in the true sense of the word, the Swiss Army Knife of dataBases. With Mimer SQL you can freely mix between various technologies for replication, database partitioning, distribution, physical hardware, in-memory operation, operating systems, all depending on your applications’ needs. Thanks to this flexiBility, and an extremely compact code Base, Mimer SQL has an unsurpassed support for multiple computing platforms where we can provide the exact same functions and capabilities, regardless if Mimer SQL runs in an emBedded system such as an IoT device, or a vehicle, in the cloud, or in the datacenter of an enterprise. Being a true 64-bit solution, the only thing that limits the size of data that Mimer SQL can handle is the hardware. Our codeBase is designed with this flexiBility in mind which explains the Broad range of operating systems and architectures Mimer SQL is ported to, and the range of computing environments we support. The way we can offer a complete, Core SQL-2016 compliant dataBase over the whole range of products, is unique in the market. Mimer SQL is used for enterprise, cloud, desktop, emBedded systems, and real time applications, and we have versions for operating systems such as Windows, Linux, macOS, and VMS as well as support for emBedded and real time operating systems such as INTEGRITY from Green Hills Software, QNX from BlackBerry, VxWorks, and Android.
    [Show full text]
  • Mimer SQL on Openvms Present and Future
    Mimer SQL on OpenVMS Present and Future Bengt Gunne, CTO 1 Agenda . Background . Mimer customers . Platforms . Technical features . Mimer SQL on OpenVMS . Ongoing development . Q&A 2 Bengt Gunne . Started working with Mimer in 1981 – Have worked with many parts of the system such as: . Database kernel . Transaction handling . Client/server communications . Clients such as ODBC and ADO.NET . Overall design . Multiuser systems for PDP, VMS, HP-UX, Windows etc. Most recently written a new SQL optimizer – Head of development since 1991 – Chief Technical Officer 3 Who was Mimer? Mimer was a giant in the Norse Mythology who guarded the well of wisdom. The gods came to Mimer for advice. When they looked into the well they could see everything that happened in the world. The god Oden even took out one of his eyes and put it in the well to be able to see everything at all times. Today, ordinary people come to Mimer for advice… 4 Mimer Information Technology AB . HQ in Uppsala, Sweden – Office in Stockholm and Beijing – Partners in China, Japan, Korea, Central Europe, and USA . World class experts in relational database technology . Developer of the Mimer SQL product family – Enterprise Solutions – Industrial/Automotive/Embedded Solutions – Mobile Solutions . Mimer SQL used in mission critical systems world wide since the 1970s 5 What is Mimer SQL? . Relational database management system . Standard SQL . Runs on many platforms – Tight integration with OpenVMS 6 Company focus . The company focuses solely on Mimer SQL – Tools are through third party integrations . How is this possible/facilitated? – Standard SQL – Standard programming interfaces Requires a truly open system 7 Mimer SQL background .
    [Show full text]
  • Data Management in Component-Based Embedded Real-Time Systems
    Mälardalen University Doctoral Thesis No. 125 Data Management in Component-Based Embedded Real-Time Systems Andreas Hjertström June 2012 School of Innovation, Design and Engineering Copyright ⃝c Andreas Hjertström, 2012 ISSN 1651-4238 ISBN 978-91-7485-064-2 Printed by Mälardalen University, Västerås, Sweden Distribution: Mälardalen University Press Abstract This thesis presents new data management techniques for run-time data in component-based embedded real-time systems. These techniques enable data to be modeled, analyzed and structured to improve data management dur- ing system development, maintenance, and execution. The foundation of our work is a case-study that identifies a number of problems with current state-of- practice in data management for industrial embedded real-time systems. We introduce two novel concepts: the data entity and the database proxy. The data entity is a design-time concept that allows designers to manage data objects throughout different design and maintenance activities. It includes data-type specification, documentation, specification of timing and quality pro- perties, tracing of dependencies between data objects, and enables analysis and automated validation. The database proxy is a run-time concept designed to allow the use of state- of-the-art database technologies in contemporary software-component tech- nologies for embedded systems. Database proxies decouple components from an underlying database residing in the component framework. This allows components to remain encapsulated and reusable, while providing temporally predictable access to data maintained in a database, thus enabling the use of database technologies, which has previously excluded, in these systems. To validate our proposed techniques, we present a tool implementation of the data entity as well as implementations of the database proxy approach, using commercial tools, the AUTOSAR standardized automotive software ar- chitecture, and automotive hardware.
    [Show full text]
  • A General Temporal Data Model and the Structured Population Event History Register
    A General Temporal Data Model and the Structured Population Event History Register Samuel J. Clark* Abstract Longitudinal projects collect, store and manipulate large amounts of data that describe the histories of individual people, households and other units of analysis. These are temporal data that often describe inter-related histories, and consequently the structure of such data is complex and managing them can be difficult. Several existing data models successfully address this challenge but with significantly different solutions, and as a result, data stored using these different data models are hard to compare or merge. Moreover when ongoing projects use different data models, it is difficult to design an investigation that utilizes or collects data from more than one project because their individual data models are largely incompatible. Multi-site longitudinal investigations including large scale vaccine and behavioral intervention trials are and will become more common in the future making it an urgent matter to develop a standard temporal framework to guide the storage and manipulation of complex temporal data describing the histories of people (and households and other aggregations of people) living in multiple populations. This work begins to address this challenge by presenting 1) an abstract temporal data model that can represent an arbitrary range of inter-related temporal trajectories – the General Temporal Data Model or GTDM, 2) a relational database implementation of the GTDM that is able to store an arbitrary range of inter-related temporal trajectories with a single static relational schema – the Structured Population Event History Register or SPEHR, and 3) a relational database schema based on SPEHR that can store the contents of many SPHER-based databases allowing data from different longitudinal projects to be easily merged and managed together.
    [Show full text]