In complex system development projects, integrated product teams (IPTs) may be used to develop various system components. Many have struggled to determine the characteristics of highly effective IPTs and the circumstances in which particular perspectives should be incorporated within an IPT. However
An integrated system for developing regular array designs
โ Scribed by Shaori Guo; Wayne Luk
- Publisher
- Elsevier Science
- Year
- 2001
- Tongue
- English
- Weight
- 706 KB
- Volume
- 47
- Category
- Article
- ISSN
- 1383-7621
No coin nor oath required. For personal study only.
โฆ Synopsis
This paper describes an integrated system for developing regular array designs based on the block description language Ruby. Ruby supports concise design description and formal veriยฎcation. A parametrised Ruby description can be used in simulating, reยฎning and visualising designs, and in compiling hardware implementations such as ยฎeld programmable gate arrays. Our system enables rapid design production, while good design quality is achieved by (a) the ecient instantiation of device-speciยฎc libraries, (b) the size optimisation of bit-level components using the design reยฎner, and (c) the exploitation of regularity information at source level in the library composition process. The development and implementation of several median ยฎlters are used to illustrate the system.
๐ SIMILAR VOLUMES
## Abstract This paper describes the design process of an integrated antenna for an automotive rescue system. In order to fulfill the antennaโdesign requirements in different frequency bands and minimize the interference phenomena arising from the integration of different classes of antennas in a s
This paper surveys numerical techniques for the regularization of descriptor (generalized state-space) systems by proportional and derivative feedback. We review generalizations of controllability and observability to descriptor systems along with definitions of regularity and index in terms of the
Field emission arrays that are used for ion desorption must be capable of operating at high applied voltages. The large electric fields can lead to dielectric breakdown or electron emission from the gate, both of which may result in catastrophic failure. Methods were developed to fabricate tip array