WHITE PAPER:
This paper highlights the key role that SAP users play in enabling their organizations to improve processes, and discusses how their expertise is lost in some of the traditional approaches companies use to try to improve processes. Learn an alternative “user-centric” approach that will enable companies to measurably improve their processes.
WHITE PAPER:
Have you ever seen or experienced a Wi-Fi network that was as reliable as a light switch? Me either. That brings me to the point of this whitepaper: Wireless 2.0.
WHITE PAPER:
In this resource, learn how to take usability into consideration from the start of an app development project, and discover 11 usability rules particular for IT developers, to help you better understand and cater to your users.
WHITE PAPER:
This resource provides a comprehensive checklist to help you ensure high usability for each and every application you develop. Check it out now for 11 simple questions that allow you to track knowledge of your users, optimization of common tasks, simplicity of use, and much more.
WHITE PAPER:
This paper provides survey insights from 520 employees using internal shared services, such as HR and workplace services and explores how employees perceive the use of self-service tools and a centralized company portal and the impact on the wider business.
WHITE PAPER:
Read this paper for data-driven strategies to help your organization close talent gaps and boost employee satisfaction that will increase employee retention.
WHITE PAPER:
Check out this e-book to learn about a Ceph cluster based on an all-flash storage server with 3rd Gen Intel® Xeon® Scalable Processors using all-flash NVMe SSDs and discover how it held up to testing by Supermicro experts.
WHITE PAPER:
Supermicro has partnered with Habana Labs and Intel® to deliver a high performance and cost-effective system for AI training coupled with the 3rd Gen Intel® Xeon® Scalable Processor. Explore this white paper for an overview of the Supermicro X12 Gaudi AI Training system to enable high-performance computing for deep learning workloads.
