Mobile app development is a growing field with plenty of promise. It used to be that hybrid mobile apps weren’t ready for prime time — they were slow and unattractive. Then, along came AngularJS, which changed the way developers built apps for the web. Ionic, made by Madison-based software start-up Drifty, is built on top of AngularJS and has dramatically changed the way developers build mobile apps. It’s open source, easy to use, beautiful, and ready to perform. In this talk, Perry Govier, a Drifty developer, will walk through Ionic’s features and structure. Time allowing, he’ll run a quick live demo of how to get started building your own mobile app using web technologies.
April Section Meeting: “LENR: Energy 2.0”
Date: Wednesday, April 15th, 2015, 5:00 PM (Note Day and Time change!)
Speaker: Gary Scott, Principal Founder of Energy 2.0 Society
Please Register at the IEEE Madison Section event page.
Location: Engineering Hall Room 1800 1415 Engineering Drive Madison, WI 53706 Check for Parking availability here.
At the moment the most promising forms of LENR (Low Energy Nuclear Reactions some times incorrectly referred to as Cold Fusion) are those that are able to operate using nickel and hydrogen — both plentiful and inexpensive natural resources. In LENR reactions no pollutants or emissions are produced, neither are harmful radiation or radioactive waste. This makes LENR a clean and sustainable form of energy. We are in the very early days of research and development in this field, and much about this phenomenon is poorly understood. There are competing theories proposed that try to describe the exact mechanism by which this anomalous heat is generated, but none has as yet been accepted as authoritative. There are many researchers and companies studying LENR at the moment, and it appears that we are on the verge of seeing commercial-grade LENR reactors appear in the marketplace. Ultimately LENR has the potential to revolutionize the way that energy is produced — cleanly and less expensively than current energy sources, and from elements that are cheap and abundant — making it a truly ‘2.0’ technology that we feel should be promoted for the benefit of humanity.
Review of March’s Events
The Life Member Affinity Group (LMAG): At the initial organizing meeting, Charles Kime was elected as Chair and Charles Cowie was elected as Vice Chair. Potential projects for the group were Madison Science Museum (see here), tutoring especially in Math for Middle School aged children, and mentoring informally or through the official IEEE Mentoring program. Also, the undergraduate IEEE-UW Student Branch could use help mentoring students on projects. Faculty do not have the time to engage students on a one-on-one basis. Another possible project is for the LMAG to schedule Membership Grade Promotion sessions for the IEEE-Madison Section for promotion to Senior Member, in particular for members of Industry. Programs: it was thought that the LMAG could sponsor programs that were of interest to the membership, but out of the normal technical interest of the Section. Two possible programs discussed were History of Science presentations and Educational Outreach opportunities such as the UW-Madison “Senior Guest Auditor” program to attend lectures of interest. Interested in participating in the LMAG group? Please contact Tom Kaminski (tjkaminski-at-ieee.org).
Engineers in Medicine and Biology Talk: Dr. Dennis Bahr, a Madison section member who has successfully started a number of biotech companies, talked to a joint meeting of the IEEE-Madison Engineers in Medicine and Biology Chapter and the UW-Madison Biomedical Engineering Department Seminar about his latest biotech venture involving a technology to diagnose hemorrhage leading to hemorrhagic shock. Shock is a life threatening condition that is difficult to diagnose using traditional vital signs information available to first responders, such as blood pressure, heart rate, respiration, and Sp02.This is especially true in young and healthy patients, whose vital signs don’t change much until they have lost 20% or more of their circulatory system blood volume. At that point it may be too late to save them.
Dennis’s research suggests it may be possible to diagnose shock by measuring the time delay between the heart’s electrical signals and the mechanical arrival of the pulse in the arteries of the arms. He is developing a device to measure the variations in this delay, giving first responders the ability to monitor and measure internal or external hemorrhage. He found empirically that when the blood pressure pulses pass under a blood pressure cuff the arteries in the arm snap open and can be heard as sound with a spectral peak at approximately 17Hz. When two microphones are used under the same cuff, motion artifact and noise can be removed from the blood pressure signal by looking at the phase relationships. In phase signals are noise and motion while out of phase signals are the blood pressure pulse.This device will become part of the hemorrhage monitoring system.
Dr. Bahr, his partner John Peterman, a small team of physicians, PhDs & technicians, and four students from the UW Department of Biomedical Engineering have built a Lower Body Negative Pressure (LBNP) chamber to simulate hemorrhage in healthy volunteers. If the results prove positive they will design and build a blood pressure cuff system that wraps around the arm and will contain a pump, battery, and visual display. It will measure blood pressure, heart rate, ECG, SpO2, and any blood loss or hemorrhage.
The March Section Meeting:(Review by CJ Gervasi)Ron Pulvermacher, founder and president of Matrix Product Development in Sun Prairie, spoke to our Section about the DASH-7 wireless standard. DASH-7 is a wireless protocol structured as a “file” sharing system. “Files” in this case are commands or data about devices. DASH-7 can perform functions similar to Bluetooth Low Energy (BLE), but with DASH-7, both sides of the link are designed for low power. In BLE, only the slave side is designed to be low power. A DASH-7 master can ask all nodes that are observing a particular condition to respond, allowing all other units to save power by staying silent. Dash-7 operates in the sub 1 GHz band. The 433MHz frequency is popular in Europe where the power limits on that band are higher. Using the 433 MHz band also buys users 15 dB less path cost compared to the 2.4GHz band used for BLE, Zigbee and 802.11(g) Wi-Fi. DASH-7 modulation is 55kbps GFSK, much slower than BLE’s 1 Mbps GFSK, which provides DASH-7 more link budget but does not affect power budget. Matrix is implementing a DASH-7 network on the CC430, a low-cost TI MCU with a built in radio. In Summary, Dash-7 is a sub-gigahertz Bursty, Lightweight, Asynchronous, Stealth, Transitional (BLAST) wireless protocol.
UW-Madison IEEE Drone Project: The UW-Madison Student Branch has formally started the project to equip drones with RDF antennas and equipment for tracking both wildlife, and people who wander, such as people with Autism or Alzheimer’s. Ten students have signed up for the project and meet on a regular basis. They have formed a Google Group and have set up a git site for logging software. Students used prototype antennas to track coyotes in the Picnic Point area.
Upcoming Meetings April Meetings: For April, the ECN Meeting has been moved early one day (on April Fool’s Day – Wednesday instead of Thursday) to allow Perry Govier to talk just before he attends a meeting in Japan. Perry is a developer for Ionic code at Drifty, a fast growing local startup whose products are gaining significant market share. The IEEE-Madison April Section Meeting (note the Day and Time change so as not to conflict with Engineering Expo at UW) will feature an IEEE member from Iowa who has helped to form the Energy 2.0 Society. Its goal is to make people aware of an emerging new energy technology called LENR. As of this date, there have been several documented tests of the technology that show a COP of greater than 3 with an energy density in the realm of nuclear reactions, but with no harmful radiation or radioactive byproducts. It promises to be a significant new technology that is sorely needed in the face of global climate change. This meeting is held jointly with the UW-Madison IEEE Student Branch in 1800 Engineering Hall. For those interested in reading more about LENR inventions, an eBook about the principle inventor, Andrea Rossi, entitled “An Impossible Invention” is available at this link with a %10 discount for IEEE members by entering “IEEE” (no quotes) at checkout. The book is written by Mats Lewan, speaker, author and tech journalist, focused on cutting edge technologies and their increasing impact on our society.
Donations and Volunteers Needed
David Marca Memorial Fund: Students used our last year’s donations to fund several projects. The top student groups were awarded prizes from other sources for Coride (a ride sharing Ap), Drsti (A sustainable Vitamin A source), and raPID (a long-life nuclear battery) as shown here. The IEEE donations to this fund acted as seed capital for the student projects. Consider making a contribution this year to the fund in David Marca’s memory. If members would like to make contributions, they can follow this link to donate. Under Designation select Other – detailed below. In the detailed instructions field enter The David Marca Memorial Fund for Student Energy Projects and Fund # 12347896. The professor responsible for WESC contest estimates the fund will disburse just over $1,000 per year. Please join members of the IEEE-Madison Section executive committee who worked with David and donate to this fund.
Young Professionals: New Professional members of IEEE, previously called “GOLD” are now called Young Professionals and cover those who have graduated in the last 15 years. The IEEE-Madison Section now has over 140 members who are considered “Young Professionals”. Are you interested in getting together with others to plan social, professional, job fair, and mentoring events? Would you like to help organize a Young Professionals Affinity group here in Madison? Please let me know (tjkaminski-at-ieee.org).
The third Thursday of January through May, and September through December is reserved for a meeting to provide recent research, developments, trends and/or innovations in one of our membership’s technical areas.
IEEE-MSN-ECN Networking Meetings
Purpose: Presentations, Discussions, networking
Date: First Thursday of even-numbered months
Time: 11:45 AM to 1:00 PM
Location: Sector67, 2100 Winnebago Street (East Side of Madison)
Parking: Park in lot or on Winnebago Street.
Process: Members are encouraged to make introductions, describe endeavors, and make request for: contacts in target companies, needs, resources.
Contact: For assistance, call Tim Chapman 2 0 6 – 2 5 7 0
Those interested in upgrading their IEEE membership level should send their resumes or other information showing five years of significant performance in an IEEE-designated field to Charles J Gervasi via email at cj(at)cgervasi.com. Madison Section Board will attempt to find Senior IEEE members knowledgeable in the applicant’s area of practice who may be able to provide references. You are invited to attend the informal networking portion of the monthly Section meetings (starting at 11:30am) to meet the Section Board members and discuss intentions.
The Institute of Electrical and Electronics Engineers or IEEE (read Eye-Triple-E) is an international non-profit, professional organization dedicated to advancing technology innovation and excellence for the betterment of humanity. IEEE and its members inspire a global community through IEEE’s highly cited publications, conferences, technology standards, and professional and educational activities. It has the most members of any technical professional organization in the world, with more than 300,000 members in around 150 countries. The IEEE consists of 38 societies, organized around specialized technical fields, with more than 300 local organizations that hold regular meetings. Discover what IEEE Member Discounts can offer you. The Member Discounts portfolio consists of insurance products and programs for the home, office and travel, all at excellent group rates and reduced pricing. Visit IEEE Member Discounts to see what’s available in your location and enjoy the savings. For more information, please visit:
The IEEE-Madison Section of the IEEE is a section in Region 4 of the IEEE-USA organized to serve IEEE members in the Madison, WI area with over 600 members. The 2014 Officers and Board Members are Charles Gervasi – Chair, Steve Schultheis, Vice Chair, Tom Kaminski – Treasurer, Matthew Bartlett – Secretary, Timothy Chapman – Webmaster, Tom Kaminski – ECN Chair, Dennis Bahr – Engineering in Medicine and Biology Chapter Chair, Ann E. Thompson – Educational Activities Chair, Members at Large: Mitch Bradt, Clark Johnson, Craig Heilman, Sandy Rotter.
Check out WIEES.com for electrical engineering jobs in Madison and the surrounding region. This site is maintained as a service for electrical engineers. Jobs are displayed starting with the most recent postings first. You can filter results by location and job type. If you are hiring an electrical engineer in our area, for full-time or contract work, you can post the job in the Contact Us section on the WIEES.com site. Here is a sampling of the new job listings:
Senior Electrical Engineer at Thermo Fisher
The IEEE-Madison Section has a number of volunteer positions open if you are interested in helping out. Please direct any questions or comments to Tom Kaminski via email to tjkaminski(at)ieee.org.
The IEEE Madison Section Newsletter Published 9 times per year (Jan-May, Sep-Dec) by the Madison, Wisconsin Section of the Institute of Electrical and Electronic Engineers (IEEE), for its members in South-Central Wisconsin. Online at http://ieee-msn.truenym.net/ For address changes: notify IEEE headquarters at: http://www.ieee.org/ or email@example.com. Editorial or comments contact: Tom Kaminski . Permission to copy without fee all or part of any material without copyright notice is granted provided the copies are not made or distributed for direct communication advantage, and title of the publication and its date appear on each copy. To copy material with a copyright notice requires specific permission. Please direct all copyright-related inquiries or requests to the IEEE Copyright Office. Thank you.