Colloquium Archive

Silicon Valley – Why the San Francisco Peninsula?

Dr. Don Estreich
Engineering Science, SSU

03/26/2020

Why did the San Francisco Peninsula spawn the technology-centric marvel commonly known as Silicon Valley?  The early history of amateur radio on the Peninsula; the development of microwave tube expertise focused around Stanford University; World War II and the importance of radar; Frederick Terman and the Radio Research Laboratory at Harvard; Terman’s Master Plan for Stanford University upon his return; the advent of the Cold War with the Sputnik shock and the Space Race; Shockley Semiconductor’s spinoff leading to the growth of the semiconductor industry around the planar process – all of these played into the emergence of Silicon Valley.  But there were other factors that were essential in the making of Silicon Valley. These factors will be blended together with the historical ingredients that allow us to answer the question: “Silicon Valley – Why the San Francisco Peninsula?”

Don Estreich is currently Adjunct Professor of Engineering Science at Sonoma State University specializing in RF and microwave communication.  He received the B.S.E.E. degree from U.C. Berkeley and the Ph.D. from Stanford University in 1980.  During the 1970s he worked in Silicon Valley at Teledyne Semiconductor and Hewlett-Packard Laboratories in Palo Alto. He worked for 30 years at Hewlett-Packard’s Technology Center (later Agilent Technologies) at their Santa Rosa site on compound semiconductor integrated circuits and microwave, optical test and measurement instrumentation before retiring in 2009.
 

GeoSiteSearch: A Tool to Map Vietnamese Diaspora

Nicholas Tran
Santa Clara University

04/09/2020

We construct a web tool to extract geographical locations from web pages returned by the Google search engine for an arbitrary query and display those locations on an interactive map.  The tool was used to track the worldwide Vietnamese diaspora using Our Lady of LaVang as proxy for presence of a Vietnamese community, but it could potentially have other applications.

This is joint work with Madison G. Masten and Thien-Huong Ninh.

Fuzzing Devices

Mark Gondree
Computer Science, SSU

04/16/2020

Many security exploits start with a program crash. Testing software using "fuzz testing" is an increasingly common practice in industry, especially as part of automated testing for continuous integration. We will discuss the basic ideas behind fuzz testing, some existing fuzzing frameworks, and some of the complexities when the system under test is a physical device that cannot be emulated. In particular, I'll summarize the process we followed for discovering and reporting a software flaw present in a widely-deployed industrial control system, leading to a previously unreported denial-of-service (DoS) vulnerability.

Lasers in the Forest: The role of computer science in advancing fire ecolog

Lisa Bentley
Biology, SSU

04/23/2020

Land managers in California are being encouraged to manage forests to improve forest health in light of recent wildfires. To do so, various forest parameters must be estimated on an individual tree basis. This is usually accomplished through a forest inventory where trees are quantified with respect to stem diameter, basal area, and density. In this talk, I will discuss the use of remote sensing to sample forest structure as an alternative to traditional field methods. Specifically, I will present current research in my lab focused on using terrestrial laser scanning (TLS). I will discuss the acquisition of 3D point cloud data using TLS and subsequent analysis of 3D data related to registration, classification and quantitative structure modeling. My goal is to not only show the utility of the approach, but to also generate discussion related to current challenges for data processing and potential solutions.

FALL 2020 REGISTRATION AND ADVISING ANNOUNCEMENTS

Suzanne Rivoire
Computer Science, SSU

04/30/2020

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