经济实惠的集成传感器系统

B. Rich
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引用次数: 1

摘要

PAVE PACE项目表明,通过将通用模块、资源共享和重新配置的概念纳入传感器领域,新飞机的航空电子系统的成本和重量可以减少一半,可靠性可以增加两倍。传感器领域包括通信-导航-识别(CNI)、雷达和电子战(EW)的经典射频边界。集成传感器系统(ISS)项目是一项概念开发和验证计划,旨在解决射频航空电子设备的可负担性问题。ISS的目标是定义一个开放系统架构(OSA),通过广泛的应用提供规模经济,减少独特模块类型的数量,增加竞争,增加基于cots的硬件和软件的杠杆作用。通过使用开放系统标准的一系列构建和演示来实现验证。本文将描述射频航空电子需求、ISS开放系统架构以及正在构建的验证标准的演示系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Affordable integrated sensor system
The PAVE PACE program showed that the cost and weight of an avionics system for a new aircraft can be cut in half and its reliability tripled by incorporating the concepts of common modules, resource sharing, and reconfiguration into the sensor domain. The sensor domain includes the classical RF boundaries of Communication-Navigation-Identification (CNI), Radar, and Electronic Warfare (EW). The Integrated Sensor System (ISS) program is a concept development and validation initiative to address the RF avionics affordability. The ISS goal is to define an Open System Architecture (OSA) which provides economies of scale through wide-spread application, decreased number of unique module types, increased competition, and increased leverage of COTS-based hardware and software. Validation is achieved through a series of builds and demonstrations using the open system standards. This paper will describe the RF avionics requirements, the ISS Open System Architecture, and the demonstration system being built to validate the standards.
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