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Isadoro T. Carlino
Thomas Jefferson National Accelerator Facility, Newport News, VA (United States). Funding organisation: USDOE - Office of Energy Research ER (United States)2006
Thomas Jefferson National Accelerator Facility, Newport News, VA (United States). Funding organisation: USDOE - Office of Energy Research ER (United States)2006
AbstractAbstract
[en] The user is often the most overlooked component of control system design. At Jefferson Lab the control system is almost entirely digital in nature, with little feedback except that which is deliberately designed into the control system. In the complex control room environment a good design can enhance the user's abilities to preform good science. A bad design can leave the user frustrated and contribute significantly to down time, when science is not being done. Key points of use and design from the user's perspective are discussed, along with some techniques which have been adopted at Jefferson Lab to improve the user experience and produce better, more usable software
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24 Oct 2006; vp; 6. International Workshop On Personal Computers And Particle Accelerator Controls (PCaPAC 2006); Newport News, VA (United States); 24-27 Oct 2006; DOE/ER--40150-4077; AC05-06OR23177; Available from http://www1.jlab.org/Ul/Publications/documents/ACFF74.pdf; PURL: https://www.osti.gov/servlets/purl/893788-0aH8mt/
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AbstractAbstract
[en] This book consists of three chapters. The first chapter deals with basic knowledge of micro computer control which are computer system, micro computer system, control of the micro computer and control system for calculator. The second chapter describes Interface about basic knowledge such as 8255 parallel interface, 6821 parallel interface, parallel interface of personal computer, reading BCD code in parallel interface, IEEE-488 interface, RS-232C interface and transmit data in personal computer and a measuring instrument. The third chapter includes control experiment by micro computer, experiment by eight bit computer and control experiment by machine code and BASIC.
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Mar 1989; 227 p; Keemoonsa; Seoul (Korea, Republic of); 238 figs, 35 tabs
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Nishimura, Hiroshi; Timossi, Chris
Ernest Orlando Lawrence Berkeley National Laboratory, Berkeley, CA (United States). Funding organisation: USDOE Director. Office of Science. Basic Energy Sciences (United States)2006
Ernest Orlando Lawrence Berkeley National Laboratory, Berkeley, CA (United States). Funding organisation: USDOE Director. Office of Science. Basic Energy Sciences (United States)2006
AbstractAbstract
[en] Mono is an independent implementation of the .NET Framework by Novell that runs on multiple operating systems (including Windows, Linux and Macintosh) and allows any .NET compatible application to run unmodified. For instance Mono can run programs with graphical user interfaces (GUI) developed with the C(numbersign) language on Windows with Visual Studio (a full port of WinForm for Mono is in progress). We present the results of tests we performed to evaluate the portability of our controls system .NET applications from MS Windows to Linux
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19 Oct 2006; 2 p; 6. International Workshop on Personal Computers and Particle Accelerator Controls; Newport News (United States); 24-27 Oct 2006; BNR: KC0204016; AC02-05CH11231; Also available from OSTI as DE00918490; PURL: https://www.osti.gov/servlets/purl/918490-5Gofuw/
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AbstractAbstract
No abstract available
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Academia Sinica, Lanzhou (China). Inst. of Modern Physics; National Laboratory of Heavy Ion Accelerator, Lanzhou (China); 238 p; ISBN 7-5022-1555-7;
; 1996; p. 55-56

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AbstractAbstract
[en] An affordable solution to Tier-3 Regional Center (RC) is presented. A simple prototype has been set up for evaluation of the system performance, which can be easily scaled to bigger one. A set of measurements have been conducted in both computer and network system behaviours in multiple concurrently running jobs contexts. The measured results are discussed, including system and network effective utilizations and limitations, and the identified bottlenecks in different network layouts, and the comparisons with simulation
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Chen, H.S. (ed.) (Chinese Academy of Sciences, Beijing (China). Inst. of High Energy Physics); 757 p; 2001; p. 79-82; CHEP 2001: international conference on computing in high energy and nuclear physics; Beijing (China); 3-7 Sep 2001; Available from China Nuclear Information Centre
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Miscellaneous
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AbstractAbstract
[en] This book introduces instrumentation and control system using PC such as an example of instrumentation and control system, composition of computer system form of PC and control, and characteristic of PC control, machine code for instrumentation and control by PC like comparison machine language with Basic, interface of machine code and Basic, and assemble grammar and practice, digital IC and OP amp, Z-80 CPU, including basic composition, basic operation, peripheral device circuit of CPU, introduction of interface, practice of PC instrumentation and control system, and application technology.
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Aug 1990; 481 p; Yeong Jin Press; Seoul (Korea, Republic of); 245 figs, 29 tabs
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AbstractAbstract
[en] In recent years the rapid increase in processing power of the personal computer has made it a significant competitor to high-end workstations for accelerator control and experimental physics applications. When the decreasing price of the PC and the availability of inexpensive commercial software is also considered, NT becomes a very attractive alternative to traditional UNIX systems. In order to simplify the integration of Personal Computers into our operating environment, we have ported the Control Device (CDEV) Interface to Windows NT. By supporting CDEV on this platform, we can provide routine access to our existing control system. Additionally, CDEV allows us to create an interface from our UNIX workstations to Windows NT applications (such as databases) that are significantly less expensive on the PC. This paper details the pitfalls we encountered during the software migration and will provide a direct comparison between the performance of CDEV applications on UNIX and NT. P articular attention is paid to network performance, which represents most of the overhead of this transition
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1 Oct 1999; 41 Kilobytes; 7. International Conference On Accelerator And Large Experimental Physics Control Systems (ICALEPCS 99); Trieste (Italy); 4-8 Oct 1999; DOE/ER--40150-2117; AC05-84ER40150; Available from PURL: https://www.osti.gov/servlets/purl/797085-8ulpZP/native/; Published in *Trieste 1999, Accelerator and large experimental physics control systems* 603-605
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Malaquias, J.L.; Almeida, P.; Amilcar, P.
1996 IEEE nuclear science symposium - conference record. Volumes 1, 2 and 31996
1996 IEEE nuclear science symposium - conference record. Volumes 1, 2 and 31996
AbstractAbstract
[en] A system is presented for use in Nuclear Physics Data Acquisition. The system is hosted on a Personal Computer's ISA bus, and is based on the TMS320C31 digital signal processor (DSP), a fast floating point DSP that simultaneously handles several different tasks in this system, by means of an interrupt-driven architecture. The system includes three different data acquisition modules: a multichannel analyzer, a multi-channel scaler, and a signal analyzer. Using the interrupt-driven architecture, the DSP pre-processes the data coming from the three different data acquisition modules. and accepts data requests from the host PC. On the PC side, the system runs under Microsoft Windows 95 or Windows NT, and it implements the client-server model. While the data acquisition board performs its chores independently, the host PC sends it several commands on behalf of an arbitrary number of clients. Those clients each represent a window over the data being acquired, allowing different users to take different views of the data. Each client can run on the same host computer or on any other computer, provided there is a computer network (the Internet is a possibility, as long as there is enough bandwidth) connecting it to the host. This allows the experimentalist to remotely examine the experimental results from his office without having to go to the lab. On the other hand, different experimentalists can have different views of the data being acquired. All these are benefits stemming from the client-server model
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Del Guerra, A. (ed.); 2138 p; 1996; p. 494-498; IEEE Service Center; Piscataway, NJ (United States); Institute of Electrical and Electronic Engineers (IEEE) nuclear science symposium and medical imaging conference; Anaheim, CA (United States); 2-9 Nov 1996; IEEE Service Center, 445 Hoes Lane, Piscataway, NJ 08854-4150 (United States)
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Guo Tianrui; Chen Zhantu; Gan Zaiguo; Du Yifei; Shi Lijun; Guo Junsheng
1996 annual report IMP and NLHIAL1997
1996 annual report IMP and NLHIAL1997
AbstractAbstract
No abstract available
Source
Academia Sinica, Lanzhou (China). Inst. of Modern Physics; National Laboratory of Heavy Ion Accelerator, Lanzhou (China); 233 p; ISBN 7-5022-1733-9;
; Jul 1997; p. 193; Atomic Energy Press; Beijing (China)

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AbstractAbstract
No abstract available
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Academia Sinica, Lanzhou (China). Inst. of Modern Physics; National Laboratory of Heavy Ion Accelerator, Lanzhou (China); 190 p; ISBN 7-5022-2421-1;
; Jul 2001; p. 155

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