The phrase "resource contention" is grammatically correct and is commonly used in written English.
It refers to a situation where there is competition or conflict among individuals or groups over limited resources. Example: The company was facing resource contention as different departments were vying for the same budget to fund their respective projects.
However, resource contention between services and resource saturation can result in significant Quality of Service (QoS) degradation.
For some applications, however, resource contention and other interactions degrade performance relative to a cluster of uniprocessors.
To address these issues, this paper proposes a runtime, resource-aware architecture that combines resource monitoring with dynamic workflow orchestration to mediate resource contention within the orchestration environment.
These algorithms perform scheduling and routing simultaneously to account for irregular interprocessor interconnections, and schedule all communications as well as all computations to eliminate shared resource contention.
Then, we derive a tight speedup upper bound in the presence of both memory resource contention and critical section for multicore processors with single-threaded cores.
This technique accounts for interprocessorcommunication (IPC) overheads and considers interconnection constraints in the architecture so that shared resource contention can be avoided.
Due to limited resource contentions and deadline constraints, messages on the controller area network (CAN) are competing for service from the common resources.
Our results demonstrate that our middleware can maintain desired utilizations in face of uncertainties and variations in task execution times, resource contentions from external workloads, and permanent processor failure.
Sniffer: Analyzing Resource Contentions between Queries in Data Analytics Frameworks.
Accuracy in virtualisation environments is specifically challenging [24] due to resource contentions because of the layered architecture, shared resources and distribution.
This is because with more interfaces, it is possible to create more small-width channels, thus reducing interference among links and saving the spectrum resource from contention and collision.
