A Portland Oregon users group primarily for languages that compile to machine native format such as C, C++, and Assembly.
5:30pm Doors open, unstructured time.
6:30pm The MOS 6502 might be the most historically significant processor for one reason: It fueled the PC revolution. You have probably used a device with a 6502, and maybe even programmed one, but do you know the historical context for it and what made it successful? This talk briefly covers the following aspects of the 6502: the events that lead to its creation, the elegance of the design, and the lessons we can learn from its success.
Speaker Bio: Jason Dagit is a research engineer at Galois. He received a M.S. in Computer Science from Oregon State University in 2009. He has been active in the Haskell community since 2005 and he is currently a member of the Haskell.org committee. His areas of interest include functional programming, computer graphics, and most recently hardware design. He enjoys working in the space between pure research and industrial practice.
7:30pm Popcount as an Example Of Microbenchmarking in C
Quickly determining the number of 1 bits in a binary machine word, the so-called "popcount", has always been an interesting problem for developers. Popcount is useful in applications ranging from cryptography to games, so it is worth trying to optimize. In this talk, I will report on a number of different popcount algorithms and their C implementation performance, in the context of a "microbenchmarking" framework custom-built in C for this purpose. I will also explore the pitfalls of C in microbenchmarking and the issues, problems and relevance of microbenchmarking in general.
Speaker Bio: Bart Massey got his B.A. in Physics from Reed in 1987, having learned C while he was there. After a couple of years writing C code at Tektronix, Inc. Bart attended University of Oregon, where he received his MSCS in 1992 and his Ph.D. in 1999. For the past 14 years, he has been a Computer Science Professor at Portland State University. He still writes more C than he cares to admit.
8:30ish pm Head to an elevator. People might go someplace to continue chatting.
ARRIVING BY BIKE?
Cyclists are welcome to park their bikes in the New Relic office. Bikes are not allowed in the building lobby, however, and must use the freight elevator. To get your bike up to the 28th floor, enter the building's parking lot by going down the ramp at 5th and Pine. Go past the booth -- no need to pick up a ticket -- and turn right. Go straight until you almost run into the elevator lobby, then go right again. On the back side of the elevator block you'll see a beat up pair of double doors marked "freight elevator." You can get up by buzzing in with the intercom, and saying you're here for New Relic. Ride on up to the 28th floor, you'll easily find the bike parking.
A Huge thanks to New Relic for providing the venue and food.
With the explosive growth of Smart Phones, Tablets and other mobile devices, Healthcare Delivery Systems (HDS) have to offer accessibility to both patients and practitioners. Mobility and support of a ‚Bring Your Own Device‚ (BYOD) environment have become increasingly necessary as we move into the digital industrial economy. Gartner predicts that Digital incompetence will cause a quarter (25 percent) of businesses to lose their market position by 2017. In the hyper-competitive HDS landscape, Hospitals have to offer more flexibility for access to both their external and internal customers to remain relevant and avoid losing market share.
This interactive panel discussion will focus on the challenges that Healthcare Delivery Systems face with these changes. This will include topics ranging from security issues, demands on the network, patient privacy, potential breach of data, and increased financial risk. The panel will discuss best practices within the clinical environment and the infrastructure required to serve the needs of the users, as well as protect the patient information.
Distinguished Panelists Include:
NAME: Michael Boyd TITLE: Chief Information Security Officer, Providence Health & Services
Mike Boyd‚s background includes security engineering and risk management work in the fields of media and entertainment, insurance and financial services, higher education and more than a decade working in healthcare information security and risk management.
Mike has been with Providence Health & Services for more than six years and currently serves as the Chief Information Security Officer. Providence is a not-for-profit Catholic healthcare system that includes 32 hospitals, more than 350 physician clinics, senior services, supportive housing and many other health and educational services. Providence employs more than 64,000 people across five states ‚ Alaska, California, Montana, Oregon and Washington. Mike‚s responsibilities include oversight of information security risk assessment, security incident management, and integration of security risk management within Providence‚s environment including information technology, supply chain, revenue cycle, human resources and healthcare operations. Previously Mike served as the Information Security Officer for Oregon Health & Science University and oversaw the security engineering team at Pacific Life Insurance. Mike is also the past president of the Portland chapter of the Information Systems Security Association (ISSA) and a former Captain in the United States Marine Corps.
Mike holds is a Certified Information Systems Security Professional (CISSP) and holds a Bachelor of Science in Computer Science from the United States Naval Academy in Annapolis, Maryland.
NAME: Paul Aneja TITLE: IT Architect, Salem Health Currently working at Salem Health, prior architect experience at several Northwest companies including Intel, Xerox, and Oregon Health Authority. Passionate about planning and improving the maturity of technology platforms, applications, and solutions. Develop roadmaps for various technology domains to advance new technologies. Education includes a Health IT Informatics graduate certificate degree from OHSU and Masters in Computer Science from Old Dominion University.
NAME: Brad Reardon TITLE: Lead Wireless Technical Consultant, Kaiser Permanente Focus: Mobile Communications strategy and engineering
Brad started out working on his family's home network in high school. After a short stint as a student technical support representative at Berry College, he joined the Marine Corps. While stationed in Hawaii, he worked as a Tactical Data Network Technician overseeing a helpdesk and three networks spanning the Pacific. Once leaving the Marine Corps, Brad went to work leading call center teams for Dell Computers in Phoenix, Arizona. After the opportunity to play professional paintball brought him to the Pacific North West, he worked at Holiday Retirement and Symantec before landing a position working on VoWiFi for Salem Hospital. In 2009, he left Salem Hospital to begin working for Kaiser Permanente.