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Desıgn And Implementatıon Of Can / Can, Can 1 Ethernet And Can/Atm Brıdges

Year 1998, Volume: 2 Issue: 1, 7 - 14, 01.06.1998

Abstract

-

References

  • Mclauglin R., 'CAN Controlling from cars to X­
  • rays', IEE Networking May 95, UK.
  • . 'Controller Area Network (CAN), LAN in
  • vehicle comrnunication protocol', SAE n s 83
  • March 1990, SEA Information Report, pp. 20.
  • -248
  • . Hawe, B., Kirby, A., 'Transparent
  • Interconnection of Local Area Network with
  • bridges', Telecomrnunication Network vol. 3, no
  • , 1984, pp ı ı6-ı30.
  • . Halsali F, 'Data communication, computer
  • networks, open systerns', Addison-Wesley Pub.
  • , USA,
  • . Ekiz H., Kutlu A., Powner ET., 'Performance
  • Analysis of CAN in Bridged System s',
  • Procceding of II Communication Symposium,
  • Manchester, June 1995.
  • Ekiz H., Kutlu A., Powner ET., 'Performance
  • Analysis of a CAN 1 CAN Bridge', Proceedings
  • of IEEE ICNP'96 Conference, 29 October- 1
  • November 1996, Ohio, USA, pp. 18 1- ı 88
  • BCAN Network Evaluation System with
  • C552/80Cı96 CPU User Manual, l&Me,
  • Germany, ı 990.
  • . H. Ekiz, A. Kutlu, M.D. Baba, E.T. Powner,
  • 'Design and lmplernentation of a CAN 1 Ethemet
  • Bridge', Proceedings of 3'
  • d
  • International CAN
  • Conference, ı-2 October 1996, Paris, France, pp.
  • Illi 7-1 1/26
  • . Ekiz H., E. Stipidis, Kutlu A., Powner ET_,
  • "Design and lmplementation of a CAN 1 ATM
  • LAN Bridge", Proceedings of Twelfth
  • International Synposium on Computer and
  • Information Sciences - ISCIS, pp., 27-29 October
  • , Antalya, Turkey

Tasarım Ve Can / Can Can 1 Ethernet Ve Can / Atm Köprü Uygulanması

Year 1998, Volume: 2 Issue: 1, 7 - 14, 01.06.1998

Abstract

The Controller Area Network (CAN) is a high performance and highly reliable advanced serial cornmunication protocol which effıciently supports distributed real-time control systems at high speed, low cost, and a very high level data security. The CAN was originally developed as an automotive standard for a serial interface between electronic control units, but in a short time, it has become a desirable, cheap solution for networks in industrial environments. The fast growth of the CAN in industrial applications results some potential problems such as the size of the area that the devices, controlled by the CAN,
are distributed and the communication between the CAN and the existing network systems (such as Ethernet or ATM).
One of the solutions to these problems is to use bridges. However, the characteristics of theCAN creates problems, when CAN segments are connected by a bridge, since CAN frames do not contain any information related to destination address, source address, or LAN number that are used by traditional address-hased bridges for routing decisions. Thus, new bridges (suitable for the CAN protocol features) must be designed to overcome the problems. The objective of this paper is not only to investigate the characteristics of bridged CAN systems and to give a bridge proposal to connect CAN segments, but also to design and implement bridges that connect the CAN and existing LAN s and provide communication between them.

References

  • Mclauglin R., 'CAN Controlling from cars to X­
  • rays', IEE Networking May 95, UK.
  • . 'Controller Area Network (CAN), LAN in
  • vehicle comrnunication protocol', SAE n s 83
  • March 1990, SEA Information Report, pp. 20.
  • -248
  • . Hawe, B., Kirby, A., 'Transparent
  • Interconnection of Local Area Network with
  • bridges', Telecomrnunication Network vol. 3, no
  • , 1984, pp ı ı6-ı30.
  • . Halsali F, 'Data communication, computer
  • networks, open systerns', Addison-Wesley Pub.
  • , USA,
  • . Ekiz H., Kutlu A., Powner ET., 'Performance
  • Analysis of CAN in Bridged System s',
  • Procceding of II Communication Symposium,
  • Manchester, June 1995.
  • Ekiz H., Kutlu A., Powner ET., 'Performance
  • Analysis of a CAN 1 CAN Bridge', Proceedings
  • of IEEE ICNP'96 Conference, 29 October- 1
  • November 1996, Ohio, USA, pp. 18 1- ı 88
  • BCAN Network Evaluation System with
  • C552/80Cı96 CPU User Manual, l&Me,
  • Germany, ı 990.
  • . H. Ekiz, A. Kutlu, M.D. Baba, E.T. Powner,
  • 'Design and lmplernentation of a CAN 1 Ethemet
  • Bridge', Proceedings of 3'
  • d
  • International CAN
  • Conference, ı-2 October 1996, Paris, France, pp.
  • Illi 7-1 1/26
  • . Ekiz H., E. Stipidis, Kutlu A., Powner ET_,
  • "Design and lmplementation of a CAN 1 ATM
  • LAN Bridge", Proceedings of Twelfth
  • International Synposium on Computer and
  • Information Sciences - ISCIS, pp., 27-29 October
  • , Antalya, Turkey
There are 37 citations in total.

Details

Primary Language Turkish
Subjects Engineering
Journal Section Research Articles
Authors

Hüseyin Ekiz This is me

Osman Çerezci This is me

Publication Date June 1, 1998
Submission Date June 1, 1998
Published in Issue Year 1998 Volume: 2 Issue: 1

Cite

APA Ekiz, H., & Çerezci, O. (1998). Tasarım Ve Can / Can Can 1 Ethernet Ve Can / Atm Köprü Uygulanması. Sakarya University Journal of Science, 2(1), 7-14. https://doi.org/10.16984/saufbed.52262
AMA Ekiz H, Çerezci O. Tasarım Ve Can / Can Can 1 Ethernet Ve Can / Atm Köprü Uygulanması. SAUJS. June 1998;2(1):7-14. doi:10.16984/saufbed.52262
Chicago Ekiz, Hüseyin, and Osman Çerezci. “Tasarım Ve Can / Can Can 1 Ethernet Ve Can / Atm Köprü Uygulanması”. Sakarya University Journal of Science 2, no. 1 (June 1998): 7-14. https://doi.org/10.16984/saufbed.52262.
EndNote Ekiz H, Çerezci O (June 1, 1998) Tasarım Ve Can / Can Can 1 Ethernet Ve Can / Atm Köprü Uygulanması. Sakarya University Journal of Science 2 1 7–14.
IEEE H. Ekiz and O. Çerezci, “Tasarım Ve Can / Can Can 1 Ethernet Ve Can / Atm Köprü Uygulanması”, SAUJS, vol. 2, no. 1, pp. 7–14, 1998, doi: 10.16984/saufbed.52262.
ISNAD Ekiz, Hüseyin - Çerezci, Osman. “Tasarım Ve Can / Can Can 1 Ethernet Ve Can / Atm Köprü Uygulanması”. Sakarya University Journal of Science 2/1 (June 1998), 7-14. https://doi.org/10.16984/saufbed.52262.
JAMA Ekiz H, Çerezci O. Tasarım Ve Can / Can Can 1 Ethernet Ve Can / Atm Köprü Uygulanması. SAUJS. 1998;2:7–14.
MLA Ekiz, Hüseyin and Osman Çerezci. “Tasarım Ve Can / Can Can 1 Ethernet Ve Can / Atm Köprü Uygulanması”. Sakarya University Journal of Science, vol. 2, no. 1, 1998, pp. 7-14, doi:10.16984/saufbed.52262.
Vancouver Ekiz H, Çerezci O. Tasarım Ve Can / Can Can 1 Ethernet Ve Can / Atm Köprü Uygulanması. SAUJS. 1998;2(1):7-14.