发明名称 Self-organising method for establishing deterministic routes in a large computer network
摘要 The invention relates to a method for establishing deterministic communication routes in a large computer network, wherein all affected end systems and switches of the computer network have a global time and a deterministic communication route is generated on the basis of an existing communication route between two or more end systems of the computer network in that a time-triggered connection manager (TTCM) of an end system reserves the deterministic communication route in a reservation phase by sending a reservation message to each network switch of the existing communication route up to the reservation commitment time (KZPT),and then confirms this deterministic communication route in an accept phase by sending an accept message to the network switches of the existing communication route before the KZPT.
申请公布号 US9479419(B2) 申请公布日期 2016.10.25
申请号 US201314395289 申请日期 2013.04.19
申请人 FTS Computertechnik GMBH 发明人 Stöger Georg
分类号 H04L12/751;H04L12/725;H04L12/911;H04L12/913;H04L12/947 主分类号 H04L12/751
代理机构 Blank Rome LLP 代理人 Blank Rome LLP
主权项 1. A method for establishing deterministic communication routes in a large computer network, wherein all affected end systems and switches of the computer network have a global time, the method comprising steps of: generating a deterministic communication route on the basis of an existing communication route between two or more end systems of the computer network; testing, by a time-triggered connection manager (TTCM) of an end system, feasibility of the deterministic communication route with respect to a respective network switch in a request phase, by sending requests to each network switch along the existing communication route; reserving, by the time-triggered connection manager (TTCM) of an end system, the deterministic communication route in a reservation phase by sending a reservation message to each network switch of the existing communication route up to a reservation commitment time (KZPT); and confirming, by the time-triggered connection manager (TTCM) of the end system, this deterministic communication route in an accept phase by sending an accept message to the network switches of the existing communication route before the KZPT.
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