The framework for scheduling considerations includes: When the scheduler is involved How it selects the highest priority Three examples of threads include: User threads Kernel threads Lightweight processes What are some of the thread scheduling issues. Discuss and give some computing environments that are expected to benefit from multi-core chips and briefly explain why.

Answer:

Design Issues for Thread Scheduling:

Thread Scheduling on multiprocessors consists of some interrelated issues which we are going to discuss in the below part. They are as follows:

• It becomes very tough to track the assignments which turn out to be from the processor to processor.
• The use of the multiprogramming features on the single processors are also the creators of the problem.
• The key issues lie in the actual dispatching of the processes. The preemptive threads will be very unlikely to resume the execution of the similar processors.

Hence, these are some of the design issues for the thread scheduling.

Industries benefitted from Multi-core chips:

The industries that are being benefitted for the multi-core chips are as follows:

• Deep Learning
• Blockchains
• Games
• Machine Learning Algorithms
• Virtual Reality
• Weather Forecasting
• Bioinformatics
• Antiviruses
• Medical Equipment

Hence, these are the computing environments that are being expected to be benefitted from the multi-core chips. The reason behind this is pretty basic and is as follows:

• The reason why multi-core chips are used is that they give more space in the execution space as more processors will always provide us with more throughput until the execution runs out of the RAM bandwidth.
• As it becomes independent of whether any of the application is being executed and engaged in the parallel computing space or not.
• The way multi-core chips are being manufactured makes it faster and faster to operate but difficult to make the speed to be achieved from the more computation performed with each cycle than to the faster clock cycles.

Hence, these are the reason why computing environments are benefitted from the multi-core chips and will keep on escalating as the technology advances.