He was a Post-doc Visiting Scholar at the University of California at Los Angeles, for their Computer Science Department Boelter Hall from 1995 to 1996.

[6] since 2000, he has been the Scientific Coordinator and founder of the "Control of computing and communication systems Lab (C3lab)" at Politecnico di Bari.

Mascolo’s research spans over topics such as mobile computing, congestion control, telecommunication control, transport protocols, Asynchronous Transfer Mode, bandwidth allocation, access protocols, video streaming, internet, image resolution, image sequences, and discrete systems among others.

"[10] He discussed computational complexities for proposed restriction policies in a paper and showed a few examples to compare their performances.

The modern production facilities of flexible manufacturing systems show a great degree of resource sharing, a position in which deadlocks of circular waits occur.

Firstly, he checked if QUIC can be safely deployed in the internet and then the web page load time was evaluated in comparison with HTTP and SPDY.

[19] Mascolo developed a general methodology for designing chaotic and hyperchaotic cryptosystems with the basic idea to make the decrypter a non-linear observer for the state of the encrypter.

The advantages of the suggested approach are discussed in detail and particularly the utilization of hyperchaos-based cryptosystems along with their increased complexity of the transmitted signal, contribute to the development of communication systems with higher security.