Dynamic Module Replacement in Distributed Protocols

Dynamic module replacement in a distributed programming system

Function Replacement of Hard Real-time Systems Using Partial Reconfiguration

This paper describes a method of function replacement in hard real-time systems implemented with FPGAs using dynamic partial reconfiguration. Prefetching of functions is used to avoid violations of real time conditions in cases where reconfiguration time is large compared to sampling time. A finite state machine determined from the specification of the real-time system is used to control reconf...

An abstract machine model of dynamic module replacement

In this paper we define an abstract machine model for the mλ typed intermediate language. This abstract machine is used to give a formal description of the operation of run-time module replacement for the programming language Dynamic ML. The essential technical device which we employ for module replacement is a modification of two-space copying garbage collection. We show how the operation of m...

Effect of Fluid Replacement Therapy on Complication and Recovery Time of Diabetic Ketoacidosis: Comparison of Two Protocols

OBJECTIVES: To evaluate the effect of two simultaneous protocols in reducing recovery time and assessment of adverse effects of different fluid replacement therapy in management of diabetic ketoacidosis. MATERIALS AND METHODS: In this randomized clinical trial study, two standard protocols were chosen to evaluate recovery time and incidence of DKA complications. RESULTS: 18 subjects who had ...

The Flying Object for an Open Distributed Environment

We propose the flying object that adapts itself to the environment by means of the dynamic behavior change mechanism. The flying object is user-defined, first-class and abstract entity. Such properties provide independency and transparency. The flying object model establishes a unique decomposition of the flying object. In this model, the flying object consists of four objects: the delegator th...