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A different approach for real-time Command and Control problems is presented, using the Air Traffic Control problem as an example. Current ATC approaches use “dynamic” scheduling algorithms, which by… (More)

- Mingxian Jin, Johnnie W. Baker, Kenneth E. Batcher
- Proceedings 15th International Parallel and…
- 2001

The MASC (Multiple Associative Computing) model is a generalized associative-style computational model that naturally supports massive data-parallelism and also control-parallelism. A wide range of… (More)

- Will C. Meilander, Johnnie W. Baker, Mingxian Jin
- IPDPS
- 2003

In this paper, SIMD and MIMD solutions for the realtime database management problem of air traffic control are compared. A real-time database system is highly constrained in a multiprocessor and… (More)

- Will C. Meilander, Mingxian Jin, Johnnie W. Baker
- IASTED PDCS
- 2002

A different paradigm is needed for real-time command and control (C&C) problems. Past approaches, using multiprocessors (MP), for real-time computing have had great difficulty in meeting real problem… (More)

- Mingxian Jin, Johnnie W. Baker
- PDPTA
- 2007

The MASC (for Multiple Associative Computing) model is a SIMD model enhanced with associative properties and multiple synchronous instruction streams (IS). A number of algorithms have been developed… (More)

- Mingxian Jin
- 2004

ion for algorithm design and programming, while LogP provides better control of machine resources. Comparisons and evaluations between the two models have been made in [29,62,104]. In [29], a variant… (More)

MASC (for Multiple Associative Computing) is a joint control parallel, data parallel model that provides a practical, highly scalable model that naturally supports small to massive parallelism and a… (More)

- Frank Nani, Mingxian Jin
- BIOCOMP
- 2010

In this paper, the parho-physiological dynamics of HlV-/ induced AIDS is analyzed using Q system oj deterministic ordinary differential equations. The mathematical model exhibits explicitly the… (More)

MASC (for Multiple Associative Computing) is a practical, highly scalable joint control parallel, data parallel model that naturally supports massive parallelism and a wide range of applications. In… (More)

- Frank Nani, Mingxian Jin
- 2011 4th International Conference on Biomedical…
- 2011

A clinically plausible mathematical model is constructed to describe the patho-physiological dynamics of HIV-1 induced AIDS during HAART therapy. The model equations incorporate physiological… (More)