@inproceedings{oai:repo.lib.tut.ac.jp:02000009,
 author = {Kawabata, Akio and Bijoy, Chand Chatterjee and Oki, Eiji and 川端, 明生 and Bijoy, Chand Chatterjee and 大木, 英司},
 book = {IEEE Consumer Communications & Networking Conference (CCNC),  Las Vegas, NV, 2023},
 month = {2023-10-27},
 note = {When mission-critical applications are provided over a network, high availability is required in addition to a low delay network. This paper proposes a multi-homing network design model, named MHND, to balance a low delay and high availability when distributed processing applications use multiple processing servers. MHND maintains the event occurrence order with a multi-homing configuration using conservative synchronization. We formulate MHND as an integer linear programming problem to minimize the delay. We prove that the distributed server allocation problem with MHND is NP-complete. Numerical results indicate that, as a multi-homing number, which is the number of servers to which each user belongs, increases, the availability increases while increasing the delay. Two or more multi-homing can achieve approximately an order of magnitude higher availability compared to that of the conventional single-homing at the expense of a delay increase of 1.25 times. By using MHND, flexible network design is achieved based on the acceptable delay in service and the required availability.},
 pages = {348--353},
 publisher = {IEEE},
 title = {MHND: Multi-Homing Network Design Model for Delay Sensitive Distributed Processing Applications},
 year = {}
}