| K. Hoyme and K. Driscoll. SAFEbus. IEEE Aerospace and Electronic Systems Magazine, 8:34--39, Mar. 1993. |
.... the design of the STAR computer [2] and the two projects SIFT [3] and FTMP [4] These projects were carefully evaluated and gave rise to new designs about ten years later: FTPP [5] MAFT [6] and the architectural concepts of the AIRBUS flight control system [7] In 1992 the first paper on SAFEbus [8] the architecture that was later deployed in the Boeing 777 aircraft for flight control, became available. In excellent publications by Lala [9] Avizienis [10] and the books by Rechtin [11] and Laprie [12] the fundamental concepts and architectural principles for the design of dependable ....
K. Hoyme and K. Driscoll. SAFEbus. IEEE Aerospace and Electronic Systems Magazine, 8(3):34--39, 1993.
....in the margin by keywords that are intended to aid navigation. 2.1 The Four Buses We describe the general characteristics of each of the bus architectures considered. 2.1. 1 SAFEbus SAFEbus TM was developed by Honeywell (the principal designers are Kevin Driscoll and Ken Hoyme [HDHR91,HD92,HD93] to serve as the core of the Boeing 777 Airplane Information Management System (AIMS) SD95] which supports several critical functions, such as cockpit displays and airplane data gateways. The bus has been standardized as ARINC 659 [ARI93] and variations on Honeywell s implementation are being ....
Kenneth Hoyme and Kevin Driscoll. SAFEbus TM . IEEE Aerospace and Electronic Systems Magazine, 8(3):34--39, March 1993.
....are kept close together, processors perform their actions at speci c times, and tasks and messages are globally and statically scheduled. The buses and operating systems used in these contexts are specialized and dedicated to satisfaction of the synchrony hypothesis [4] The Honeywell SAFEbus TM [5,6] that provides the safety critical backplane for the Boeing 777 Airplane Information Management System (AIMS) 7, 8] the control system for the Shinkansen (Japanese Bullet Train) 9] and the Time Triggered Protocol (TTP) for safety critical automobile functions [10] all use this approach. A ....
Kenneth Hoyme and Kevin Driscoll, \SAFEbus TM ," IEEE Aerospace and Electronic Systems Magazine, vol. 8, no. 3, pp. 34-39, Mar. 1993.
....build on mechanisms that are not merely synchronous but synchronized and time triggered: the clocks of the different processors are kept close together, processors perform their actions at specific times, and tasks and messages are globally and statically scheduled. The Honeywell SAFEbus TM [1,17] that provides the safety critical backplane for the Boeing 777 Airplane Information Management System (AIMS) 31,39] the control system for the Shinkansen (Japanese Bullet Train) 16] and the TimeTriggered Protocol (TTP) proposed for safety critical automobile functions [21] all use this latter ....
Kenneth Hoyme and Kevin Driscoll. SAFEbus TM . IEEE Aerospace and Electronic Systems Magazine, 8(3):34--39, March 1993.
No context found.
K. Hoyme and K. Driscoll. SAFEbus. IEEE Aerospace and Electronic Systems Magazine, 8:34--39, Mar. 1993.
No context found.
Kenneth Hoyme and Kevin Driscoll. SAFEbus . IEEE Aerospace and Electronic Systems Magazine, 8(3):34--39, March 1993.
No context found.
Kenneth Hoyme and Kevin Driscoll. SAFEbus . IEEE Aerospace and Electronic Systems Magazine, 8(3):34--39, March 1993.
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