Lecture Notes in Computer Science

Verification and Control

By: Rajeev Alur (Editor), Thomas A. Henzinger (Editor), Eduardo D. Sontag (Editor)

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Paperback | 24 April 1996

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636 Pages

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This reference book documents the scientific outcome of the DIMACS/SYCON Workshop on Verification and Control of Hybrid Systems, held at Rutgers University in New Brunswick, NJ, in October 1995.
A hybrid system consists of digital devices that interact with analog environments. Computer science contributes expertise on the analog aspects of this emerging field of interdisciplinary research and design. The 48 revised full papers included were strictly refereed; they present the state of the art in this dynamic field with contributions by leading experts. Also available are the predecessor volumes published in the same series as LNCS 999 and LNCS 736.

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Non-Fiction Computing & I.T.Computer Hardware Engineering & Technology Electronics & Communications Engineering Electronics Engineering Automatic Control Engineering Computer Science Computer Architecture & Logic Design Systems Analysis & Design Artificial Intelligence Expert Systems & Knowledge-Based Systems

Computer Programming & Software Development Algorithms & Data Structures Software Engineering

A game-theoretic approach to hybrid system design	p. 1
Verifying clocked transition systems	p. 13
Compositional and uniform modeling of hybrid systems	p. 41
Hybrid cc, hybrid automata, and program verification	p. 52
Controlled switching diffusions as hybrid processes	p. 64
Hybrid systems: chattering approximation to relaxed controls	p. 76
Verification of automated vehicle protection systems	p. 101
Extended RTL in the specification and verification of an industrial press	p. 114
Abstract verification of structured dynamical systems	p. 126
Design and evaluation tools for automated highway systems	p. 138
Hybrid control in sea traffic management systems	p. 149
Verification of hybrid systems: monotonicity in the AHS control system	p. 161
Examples of stabilization with hybrid feedback	p. 173
General hybrid dynamical systems: modeling, analysis, and control	p. 186
The residue of model reduction	p. 201
The tool KRONOS	p. 208
Timing analysis in COSPAN	p. 220
UPPAAL: a tool suite for automatic verification of real-time systems	p. 232
Optimal design of hybrid controllers for hybrid process systems	p. 244
On-line fault monitoring of a class of hybrid systems using templates with dynamic time scaling	p. 258
Hierarchical design of a chemical concentration control system	p. 270
Switched bond graphs as front-end to formal verification of hybrid systems	p. 282
Formal specification of stability in hybrid control systems	p. 294
Requirements specifications for hybrid systems	p. 304
Validation of hybrid systems by co-simulation	p. 315
Proofs from temporal hypotheses by symbolic simulation	p. 327
On controlling timed discrete event systems	p. 340
Supervisory control of real-time systems using prioritized synchronization	p. 350
[epsilon]-approximation of differential inclusions	p. 362
Linear phase-portrait approximations for nonlinear hybrid systems	p. 377
Deciding reachability for planar multi-polynomial systems	p. 389
Modeling hybrid dynamical systems	p. 401
Stability of hybrid systems	p. 413
Model and stability of hybrid linear systems	p. 424
Interconnected automata and linear systems: a theoretical framework in discrete time	p. 436
Modeling and verification of automated transit systems, using timed automata, invariants, and simulations	p. 449
An invariant-based approach to the design of hybrid control systems containing clocks	p. 464
Refinements of approximating automata for synthesis of supervisory controllers for hybrid systems	p. 475
A data-intensive computing approach to path planning and mode management for hybrid systems	p. 485
Hybrid I/O automata	p. 496
A formal description of hybrid systems	p. 511
Logics vs. automata: the hybrid case	p. 531
H[actual symbol not reproducible] gain schedule synthesis of supervisory hybrid control systems	p. 543
A new approach to robust control of hybrid systems	p. 553
A DES approach to control of hybrid dynamical systems	p. 563
Diagnostic model-checking for real-time systems	p. 575
Specification and verification of hybrid dynamic systems with timed [actual symbol not reproducible]-automata	p. 587
Fischer's protocol revisited: a simple proof using modal constraints	p. 604
Table of Contents provided by Blackwell. All Rights Reserved.

Lecture Notes in Computer Science

Verification and Control

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Paperback

Shipping

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