| Publication Type | technical report | 
| School or College | College of Engineering | 
| Department | School of Computing | 
| Program | Advanced Research Projects Agency | 
| Creator | Brunvand, Erik L. | 
| Other Author | Prosser, Franklin; Winkel, David | 
| Title | A comparison of modular self-timed design styles | 
| Date | 1995 | 
| Description | State-machine sequencing methods in modular 2-phase and 4-phase asynchronous handshake control are compared. Design styles are discussed, and the sequencers are tested against each other using a medium-scale minicomputer test design implemented in FPGAs. Seven 4-phase sequencers are tested. In these comparisons, 2- phase control is faster than 4-phase. Within the 4-phase designs, speed is enhanced when work is overlapped with handshake restoration. Performance of asynchronous and synchronous designs is compared. | 
| Type | Text | 
| Publisher | University of Utah | 
| Subject | Self-timed; State-machine sequencing; Asynchronous handshake control | 
| Language | eng | 
| Bibliographic Citation | Prosser, F., Winkel, D., & Brunvand, E. L. (1995). A comparison of modular self-timed design styles. UUCS-95-025. | 
| Series | University of Utah Computer Science Technical Report | 
| Rights Management | ©University of Utah | 
| Format Medium | application/pdf | 
| Format Extent | 339,209 bytes | 
| Source | University of Utah School of Computing | 
| ARK | ark:/87278/s69s28c7 | 
| Setname | ir_uspace | 
| ID | 704851 | 
| Reference URL | https://collections.lib.utah.edu/ark:/87278/s69s28c7 |