@techreport{oai:ipsj.ixsq.nii.ac.jp:00023589,
 author = {Shengying, Li and Naoya, Hattori and Yuichiro, Ajima and Shuichi, Sakai and Hidehiko, Tanaka and Shengying, Li and Naoya, Hattori and Yuichiro, Ajima and Shuichi, Sakai and Hidehiko, Tanaka},
 issue = {76(2001-ARC-144)},
 month = {Jul},
 note = {This paper studies and explores cost-effective execution mechanism for VLDP: a new microprocessor architecture  which performs multipath execution on a large number of execution units with distributed registers. Special attention is payed to current development on the interconnection network for distributed register communication. Trace-driven simulations are performed to quantitatively evaluate the execution mechanism., This paper studies and explores cost-effective execution mechanism for VLDP: a new microprocessor architecture, which performs multipath execution on a large number of execution units with distributed registers. Special attention is payed to current development on the interconnection network for distributed register communication. Trace-driven simulations are performed to quantitatively evaluate the execution mechanism.},
 title = {VLDP Multipath Execution : Mechanism and Evaluation},
 year = {2001}
}