The phrase 'fewer computational resources' is correct and usable in written English.
You can use this phrase to refer to a reduced amount of resources (e.g. hardware, software, or computing power) that are used in computing processes. For example: The efficiency of our algorithms has been improved by using fewer computational resources.
Those heuristics also require fewer computational resources, being an interesting approach for limited recommender servers.
In addition, the complete extensive modeling also works more efficiently and with fewer computational resources.
It is shown that the proposed method requires fewer computational resources than other numerical approaches addressing the same type of problems.
Being able to make more accurate prediction means the algorithm requires fewer computational resources to make the population approximate to the Pareto optimal front (POF).
In contrast to the previous method they are easily scalable and, for some of the larger problems, could find better solutions than BARON with significantly fewer computational resources.
The results showed that our proposed model improves the performance of classification in comparison to other typical multi-class classification techniques and uses fewer computational resources.
To implement BWLT in niche applications such as interactive image and video transmission, or codestream transcoding, BWLT is required to spend few computational resources.
By comparison with other methods, the proposed methods appear very interesting in regard to computational time, formulation, and they necessitate fewer computer resources.
This easy-to-implement interface method requires only a few additional computational resources, and it can be applied to other partial differential equations.
As one of the most compelling applications for mobile devices, automatic speech recognition (ASR) requires new methods to allow it to use fewer computational and memory resources while still achieving a high level of accuracy.
This alterative way to process recruitment illustrates one of the benefits of recasting models: advances in computer technology have created more revealing ways to represent concepts, and pose fewer restrictions on computational resources, allowing modellers to focus on good representations rather than computational efficiency (Vanclay, 2003).
