Get insights into how distributed systems work with this comprehensive overview.

Distributed computing and systems software form the critical backbone of modern digital infrastructures by enabling a network of autonomous computers to work collaboratively. This paradigm ...

Agility is increasingly being seen as an essential element underlying the effectiveness of globally distributed information systems development (ISD) teams today. However, for a variety of reasons, ...

TCEP-based synchronization as a scalable and precise solution for achieving subnanosecond timing accuracy in distributed ...

Distributed computing allows components of software systems to be shared among multiple computers and run as one system, thus improving efficiency and performance. But while distributed computing ...

Distributed tracing, a technique used to identify performance issues in complex distributed systems, has become a boon for modern app development. It’s not only helping developers make sure ...

Many distributed systems arose out of the need to integrate legacy stand-alone software systems into a larger more comprehensive system. Since the individual systems were often developed independently ...

The optimization of an in-building distributed antenna system (DAS) has traditionally been a function of coverage, for efficient signal propagation and capacity, to achieve maximum throughput. A third ...

From Passion to Professionalism: An Inspirational Journey in Distributed Systems and Cloud Computing As he continues to advance system software and cloud computing, his work will undoubtedly ...