Cellular Computing ijtsrd
“Cellular computing is a discipline that deals with the analysis and modelling of real cellular processes for the purpose of computation. It essentially uses engineering principles to study and manipulate cells. This paper provides a short introduction to cellular computing. We also highlight underlying challenges and avenues of implementations of cellular computing. by Matthew N. […]
Transforming the Data into Virtual Set Up Segmented usage and Adoption IJTSRD
In digitalized environment, heterogeneous users are host and deploy their applications as a digital transformation. As the growing of dynamic business requirements, the operational values of service level agility, scaling and availability of resources are the more focusing components. However, enterprises are needed to deliver the data with atmost desired security value to its genuineness […]
Implementation of Computational Algorithms using Parallel Programming IJTSRD
Parallel computing is a type of computation in which many processing are performed concurrently often by dividing large problems into smaller ones that execute independently of each other. There are several different types of parallel computing. The first one is the shared memory architecture which harnesses the power of multiple processors and multiple cores on […]
F.O.O.D – Food Ordering Online Desk IJTSRD
In today’s life everyone is busy and wants to save their time as much as possible. In weekends many people want to spend their days and evenings somewhere out from their home, but in weekends crowd are generally much more than usual days and hence it leads to wait for a long time. Even for […]
ROI Determination and Compression in MRI Using Gradient Method with CUDA IJTSRD
Due to the large use of MRI in hospitals, large storage areas are needed to store these images. Also, if you want to access these images over the system repeatedly, a large bandwidth is required. To solve this problem, it will be necessary to compress and store the medical imaging system quickly and without disruption. […]