Technological studies imply that annual highway deaths would be 20 percent greater without legall... more Technological studies imply that annual highway deaths would be 20 percent greater without legally mandated installation of various safety devices on automobiles. However, this literature ignores offsetting effects of nonregulatory demand for safety and driver response to the ...
Page 1. Deadlock-Free Packet Switching Networks Sam Touegt Je.~'ey D. UIIman... more Page 1. Deadlock-Free Packet Switching Networks Sam Touegt Je.~'ey D. UIIman~ ... 2. Local DF Uniform Controllers 2.1. A Simple DF Uniform Controller: the Forward-Count Controller We begin our study of uniform controllers by consider-ing a forward-count controller. ...
We propose a data model for representing moving objects in database systems. It is called the Mov... more We propose a data model for representing moving objects in database systems. It is called the Moving Objects Spatio-Temporal (MOST) data model. We also propose Future Temporal Logic (FTL) as the query language for the MOST model, and devise an algorithm for processing FTL queries in MOST
Technological studies imply that annual highway deaths would be 20 percent greater without legall... more Technological studies imply that annual highway deaths would be 20 percent greater without legally mandated installation of various safety devices on automobiles. However, this literature ignores offsetting effects of nonregulatory demand for safety and driver response to the ...
Page 1. Deadlock-Free Packet Switching Networks Sam Touegt Je.~'ey D. UIIman... more Page 1. Deadlock-Free Packet Switching Networks Sam Touegt Je.~'ey D. UIIman~ ... 2. Local DF Uniform Controllers 2.1. A Simple DF Uniform Controller: the Forward-Count Controller We begin our study of uniform controllers by consider-ing a forward-count controller. ...
We propose a data model for representing moving objects in database systems. It is called the Mov... more We propose a data model for representing moving objects in database systems. It is called the Moving Objects Spatio-Temporal (MOST) data model. We also propose Future Temporal Logic (FTL) as the query language for the MOST model, and devise an algorithm for processing FTL queries in MOST
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