Multi-master interconnect arbitration with time division priority circulation and programmable bandwidth/latency allocation
作者： Pasi Kolinummi , Mika Koikkalainen , Juhani Vehvilainen
DOI:
关键词: Latency (engineering) 、 Computer network 、 Application-specific integrated circuit 、 Computer science 、 Interconnection 、 Priority inheritance 、 Priority ceiling protocol 、 Arbitration 、 Computer hardware 、 Shared resource
摘要: A method and apparatus are provided to arbitrate multiple master requests a shared resource, featuring step of combining two different ways the resource in an operation independent manner. The may include priority arbitration technique round robin technique. time division selection set one or more peripherals and/or memories. be implemented application specific integrated circuit (ASIC) other suitable environment, which includes video, graphic, cellular functionality.
lens.org 参考文章(5)
Stephen Strazdus, Michael W. Morrow, Dennis M. O'Connor, High-speed starvation-free arbiter system, rotating-priority arbiter, and two stage arbitration method ,(2003)
Geert Paul Rosseel, Drew Eric Wingard, A fully-pipelined fixed-latency communications system with a real-time dynamic bandwidth allocation ,(1998)
Jan Stephen Gray, Priority registers for biasing access to shared resources ,(2005)
Kent E. Felske, James Aweya, Michel Ouellette, Delfin Y. Montuno, Clock recovery using a direct smoothing process ,(2002)
Mark Rosenbluth, Peter Barry, Paul Dormitzer, Brad Burres, Flexible use of compute allocation in a multi-threaded compute engines ,(2004)