Telecommunications Seminar Series
1:00 - 2:00 p.m.
IS Building, Room 403
Jim Allen, Senior Director of Global Solutions Architects, Lightbend
Real Life in Silicon Valley
Abstract: As aspiring computer professionals, what are the hottest areas of tech right now, and what is coming in the near future? What are salaries and compensation plans like, and how do they affect you? What kind of developer do you want to be, whether it's front end web development, back end data storage, or real-time analytics? This talk will cover the essentials of application development and life for programmers as of today, and where the future is headed.
Bio: Jamie Allen is the Senior Director of Global Solutions Architects for Lightbend, responsible for the enablement of customers strategically adopting the Lightbend Reactive Platform. He is the author of Effective Akka (O’Reilly), and the co-author of the upcoming Reactive Design Patterns (Manning). Jamie is a computer languages enthusiast who enjoys writing performant code that most efficiently leverages the resources at hand, and is a Pitt SIS graduate from 1993.
6:30 p.m. - 8:00 p.m.
IS Building, 3rd Floor Theatre
Jim Young, Senior Vice President & Chief Operating Officer, Crown Castle
Abstract: Demand for wireless broadband data continues to increase at rates that challenge wireless carriers ability to develop networks to support that demand. Traditional tower based networks, when combined with additional spectrum assets can help relieve network congestion, but are insufficient to maintain the quality of service customers expect. Network architectures utilizing fiber based small cell components are bridging the capacity gap. Centralized Radio Access Node (CRAN), WiFi, Carrier Aggregation and video compression technologies will all be used to meet data demand needs. Discussion will provide a broad survey of these solutions as well as insight into current deployments in the U.S.
Bio: Jim Young was appointed Chief Operating Officer of Crown Castle in February 2009. Prior to this appointment, he served as President, US Tower Operations from October 2005. He is responsible for the management of all operational groups including the four Areas, Property Management, Operations, Service Delivery, Performance Improvement, Information Technology, and National Site Development. With more than 21 years of experience in the telecom industry, Mr. Young has served in several key capacities for various organizations. Prior to joining Crown Castle, he served as the Northeast Region Vice President of Network Operations for Sprint/Nextel, before that spending several years with GTE in a variety of leadership positions across multiple disciplines.
1:00 p.m. - 2:00 p.m.
IS Building, Room 403
David Tipper, Professor, University of Pittsburgh
Abstract: There is an increasing need for supporting services with high resilience requirements over future communications networks. For example, public safety emergency calls, networked medical systems and smart power grid communications. From a service provider’s perspective, there is a need to support classes of quality of resilience (QoR) in a fashion similar to quality of service classes. The basic concept is to categorize traffic into classes and provide different levels of availability and fault protection for each class. The goal of providing QoR classes is to just meet availability requirements without over-engineering the network. In this talk, we introduce a novel method for providing QoR classes that simplifies the network design and achieves both high resilience and differentiation. Our approach, utilizes the spine concept of embedding a sub-network at the physical layer with comparatively high availability link and node values. This lays a foundation for differentiation between multiple classes of flows. Then, cross layer mapping and spine-aware routing are performed in a way that transfers this differentiation capability to the upper layer network and flows. We provide two joint routing-mapping optimization formulations and evaluate their performance in a multilayer scenario showing the advantages of our approach.
Bio: David Tipper is the Director of the Graduate Telecommunications & Networking Program and is a Professor at the School of Information Sciences at the University of Pittsburgh, Pittsburgh, PA. He is a graduate of the University of Arizona (Ph.D. EE, MS SIE) and Virginia Tech (BS EE). His research interests include survivable networks, performance analysis techniques, wireless/wired network design, information assurance, network design and traffic restoration; simulation and queuing theory with emphasis on transient/non-stationary behavior, virtual network design, and network control algorithms. Professor Tipper’s research has been supported by grants from various government and corporate sources such as NSF, DARPA, NIST, IBM, ARO, and AT&T.