Reconfigurable industrial process monitoring using the CHROMOSOME middleware

Optimizing Power using Reconfigurable Middleware

In distributed environments, generic middleware services(e.g. caching, location management etc.) are widely used to satisfy application needs in a cost-effective manner. Such middleware services consume system resources such as storage, computation and communication and can be sources of significant power overheads when executed on low-power devices. Our goal is to develop a distributed middlew...

Statistical Process Monitoring of Industrial Batch Processes

The manufacture of high-value products involves many different batch processes, for example industrial fermenters. Such processes require high levels of consistency in their operation to ensure minimal losses of raw materials, utilities and product. Recent application studies have indicated that multivariate statistical technology can provide some support when trying to maintain consistent oper...

PARM: Power Aware Reconfigurable Middleware

In distributed environments, generic middleware services(e.g. caching, location management etc.) are widely used to satisfy application needs in a cost-effective manner. Such middleware services consume system resources such as storage, computation and communication and can be sources of significant power overheads when executed on low-power devices. We present a distributed middleware framewor...

Making Middleware Communication Architecture Reconfigurable

To deal with emerging network technologies and services, as well as with varying application requirements and dynamic environmental conditions, middleware has to be reconngurable. This requirement highly aaects the middleware communication architecture , which comprises inherent middleware communication mechanisms and the underlying network architecture. In this report, we introduce an architec...

Monitoring wet and dry process using precipitation changes