March 2018 - ECE-Software - University of Manitoba Mailing Lists

Fwd: Machine Learning webinar series features deep learning applications
by Mount-first Ng 29 Mar '18

29 Mar '18

================= Mount-first.Ng(a)ad.umanitoba.ca<mailto:Mount-first.Ng@ad.umanitoba.ca> ===================== /\ Mount-first Ng :: Information Technologist, EITC, E3-550. O +-—/~~\ (204)-474-9657 :: Dept. of Electrical and Computer Engineering. X--/\/\/\ ================= University of Manitoba ======================= | \/ \ Begin forwarded message: From: Wolfram U <wolfram-u(a)wolfram.com<mailto:wolfram-u@wolfram.com>> Subject: Machine Learning webinar series features deep learning applications Date: March 29, 2018 at 10:02:50 AM CDT To: mtfirst(a)ad.umanitoba.ca<mailto:mtfirst@ad.umanitoba.ca> View in web browser<http://emailfiles.wolfram.com/wolfram-u/2018/03/27/MLSeries.en.html?wal_cam…> [Wolfram U]<http://www.wolfram.com/wolfram-u/?wal_campaign=%7B%22campaign%22%3A%22train…> [http://emailfiles.wolfram.com/img/b7598fbc497a78a9306c611bb2f7097b0b97b05d-…] Machine Learning Webinar Series Learn how the new generation of neural nets in the Wolfram Language excels in image processing, audio analysis and natural language processing tasks. This three-part webinar series will walk you through our neural net framework and demonstrate some state-of-the-art applications. Get started quickly training and working with neural networks using automated built-in functionality. Try preview examples in this Wolfram Cloud notebook<https://wolfr.am/tl5QWlZm>. Sign up once and receive reminders for all three webinars. You are invited to join any and all of the presentations in this series. Neural Networks in the Wolfram Language April 18, 1–2:30pm EDT (5–6:30pm GMT) Image Processing with Deep Neural Nets May 9, 1–2:30pm EDT (5–6:30pm GMT) Deep Learning for Audio Analysis and Natural Language Processing May 30, 1–2:30pm EDT (5–6:30pm GMT) Register Now <https://register.gotowebinar.com/register/1662690668964333313> If I can help answer questions for you, please contact me at wolfram-u(a)wolfram.com<mailto:wolfram-u@wolfram.com>. Best regards, Jamie Peterson Technical Programs Manager Follow us on social media [http://emailfiles.wolfram.com/img/e225854b187a042a59b64f5fb93891eb8dcd5c48-…] <http://www.wolfram.com/connect/?wal_campaign=%7B%22campaign%22%3A%22trainin…> © 2018 Wolfram Research, Inc.<http://www.wolfram.com/> • Unsubscribe<http://www.wolfram.com/unsubscribe/?email=mtfirst%40ad.umanitoba.ca&mailing…> • Update Your Email<http://www.wolfram.com/emailchange/?email=mtfirst@ad.umanitoba.ca> • Privacy Policy<http://www.wolfram.com/legal/privacy/wolfram-research.html> This message was sent to <mtfirst(a)ad.umanitoba.ca<mailto:mtfirst@ad.umanitoba.ca>> by Wolfram Research, Inc. • 100 Trade Center Dr. • Champaign, IL 61820

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Fwd: News: Electrothermal in ADS, Root Cause of Eye Closure, Phased Array Design
by Mount-first Ng 21 Mar '18

21 Mar '18

================= Mount-first.Ng(a)ad.umanitoba.ca<mailto:Mount-first.Ng@ad.umanitoba.ca> ===================== /\ Mount-first Ng :: Information Technologist, EITC, E3-550. O +-—/~~\ (204)-474-9657 :: Dept. of Electrical and Computer Engineering. X--/\/\/\ ================= University of Manitoba ======================= | \/ \ Begin forwarded message: From: "Keysight EEsof EDA" <keysight_eesof-eda(a)email.keysight.com<mailto:keysight_eesof-eda@email.keysight.com>> Subject: News: Electrothermal in ADS, Root Cause of Eye Closure, Phased Array Design Date: March 21, 2018 at 11:29:44 AM CDT To: "mount-first.ng(a)umanitoba.ca<mailto:mount-first.ng@umanitoba.ca>" <mount-first.ng(a)umanitoba.ca<mailto:mount-first.ng@umanitoba.ca>> Reply-To: "Keysight EEsof EDA" <keysight_eesof-eda(a)keysight.com<mailto:keysight_eesof-eda@keysight.com>> View this email in your browser.<http://content.email.keysight.com/emessageIRS/servlet/IRSLP?e=tD0A93D141022…> [EEsof EDA Newsletter] [PathWave]<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> Accelerate Your Workflow Introducing Pathwave<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…>, the first design and test software platform created to accelerate your workflow by connecting every step in your product development path - from design and simulation, to prototype and test, to manufacturing. RF and Microwave – How To Set Up an ADS Electrothermal Simulation<x-msg://16/#A_2> – How To Calculate and Plot Data at N dB Backoff<x-msg://16/#A_3> – Linking Optimization Goal Values to Limit Lines<x-msg://16/#A_4> – Webcast: High Accuracy GaN Models for Rapid High Efficiency Power Amplifier Design<x-msg://16/#A_5> Signal Integrity and Power Integrity – Webcast: Decoupling Capacitor Optimization for Power Integrity<x-msg://16/#A_6> – Tim’s Blackboard: Root Cause of Eye Closure<x-msg://16/#A_7> Device Modeling – Link the IC-CAP Modeling Tool to External Simulators<x-msg://16/#A_8> System Level Design – How to Avoid Costly Mistakes in Designing Phased Array Systems<x-msg://16/#A_9> General – Product Tips and Tricks<x-msg://16/#S_2> – Americas Training & Events<x-msg://16/#S_3> – How To Video Series<x-msg://16/#S_4> – Webcasts<x-msg://16/#A_13> – Follow Us on Social Media<x-msg://16/#A_14> – Mindbender<x-msg://16/#A_15> How To Set Up an ADS Electrothermal Simulation [ADS2017 Electro-Thermal]<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…>The ADS Electro-Thermal Simulator provides a full 3-D thermal solver that is tightly integrated with the ADS layout environment and circuit simulators. This video walks you through the steps of setting up an electrothermal simulation in ADS for better accuracy, efficiency, and speed. Watch Electro-Thermal video now<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…>. Try a free 30-day trial of ADS now<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…>. [Back to top]<x-msg://16/#topofpage> How To Calculate and Plot Data at N dB Backoff [N dB Backoff]<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…>Power amplifier designers often want to see data at N-dB backoff point(s). These are output power levels that are N-dB lower than some specified power or N-dB lower than the power at the X-dB gain compression point. How do you do this with ADS? Registered users can use this ADS 2017 workspace<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> that has a swept-power load pull simulation and a data display that shows data at various N-dB backoff points. Try a free 30-day trial of ADS<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> now. [Back to top]<x-msg://16/#topofpage> Linking Optimization Goal Values to Limit Lines [Optimize w/Limit Lines]<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…>ADS 2017 has a new feature that makes it easier to draw limit lines. When running an optimization, you can save the optimization goal values (limits) into the dataset and use them to draw limit lines on your plots in the Data Display. Registered users can download the Optimizing Limit Lines example<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…>. Try a free 30-day trial of ADS<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> now. [Back to top]<x-msg://16/#topofpage> Webcast: High Accuracy GaN Models for Rapid High Efficiency Power Amplifier Design [ADS Modelithics Qorvo Webcast]<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…>This webinar will focus on model-based PA design methods, utilizing ADS along with state-of-the-art non-linear GaN models available from Modelithics for a range of Qorvo high-performance GaN-on-SiC power transistors. A systematic design flow will be exemplified for the case of a 160W Class AB GaN reference design that achieved all goals with no tuning required. Applications of similar flows to other high-efficiency modes such as Class E/F, Class J and Doherty® amplifier configurations will also be discussed. Register for PA webcast<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…>. Try a free 30-day trial of ADS<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> now. [Back to top]<x-msg://16/#topofpage> Tutorials in Signal Integrity Webcast Series: Decoupling Capacitor Optimization for Power Integrity [Power Integrity Webcast]<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…>Selecting the right decoupling capacitors for flat target impedance improves the power integrity of a power delivery network while often decreasing cost. Learn how to use ADS PIPro to generate Electromagnetic (EM) models that account for PCB parasitics and then use the models to optimize the decoupling capacitors for low milliohms of impedance. See an example solution with a full end-to-end circuit simulation using state-based-average models for the point of load (POL) dc to dc converters, PCB EM models, and package/die models. Register for PI webcast now<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…>. [Back to top]<x-msg://16/#topofpage> Tim’s Blackboard: Root Cause of Eye Closure [Eye Diagrams]<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…>Even when you do everything right, i.e., using controlled impedance lines and termination strategy, loss remains a problem when traces are long and when transmitting in the Gigabit regime. Specifically, it is the frequency-dependent loss that significantly degrades the signal quality at the receiver. This month on Tim’s Blackboard we study one of the root causes of eye closure. Visit Tim’s Blackboard<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> to learn more and to download an ADS workspace to experiment with! Try a free 30-day trial of ADS now<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> [Back to top]<x-msg://16/#topofpage> Link the IC-CAP Modeling Tool to External Simulators [Linking to IC-CAP]<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…>IC-CAP is a tool that enables modeling engineers to extract device model parameters using the simulator of their choice. For each model parameter extraction, measured data is compared against simulated data, and parameters are optimized to achieve the closest fit to the measured data. Because different simulators may use different syntax or "templates," adding a new simulator that is not supported requires its output to be adapted to one of these templates. Learn more about linking IC-CAP to external simulators<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…>. Try a free 30-day trial of IC-CAP now<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…>. [Back to top]<x-msg://16/#topofpage> How to Avoid Costly Mistakes in Designing Phased Array Systems [Designing Phased Arrays]<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…>This video shows how to avoid 3 costly steps in designing a phased array. 1) Not predicting the failure of spurious emission masks (SEM) in simulation, which leads to higher development cost and missing time to market windows. 2) Not exploring thoroughly in one simulation, which leads to blind angles. 3) Relying primarily on spreadsheet calculations, which leads to longer design and development cycles. Watch Phased Array How 2 video now<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…>. [Back to top]<x-msg://16/#topofpage> Mar 2018 | Issue 222 In the News: • Solve Power Integrity Problems in FPGA Systems Using an Embedded Vector Network Analyzer<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> • Split Planes and What Happens When Microstrip Signals Cross Them<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> • Creating an Impedance Matching Method for Wireless Battery Charging<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> • Two New Open Source Tools for De-embedding<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> • Keysight Collaborates with Leading Research Centers in Europe, Middle East, Africa, India to Reach Milestone in Low-Frequency Noise Measurement<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> • Keysight Technologies at MWC18<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> Get to Know Us Better: • Free 30-day trial <http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> of any Keysight EDA Product • Become a registered user<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> • Subscribe<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> to this newsletter Product Tips and Tricks ADS: Simulation basics<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> Genesys: Momentum 3D visualization<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> Momentum: Ports in Momentum<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> IC-CAP: Parameter Extraction Language<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> To help you get the most out of our software. Registration is required<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> to access our Knowledge Center. Americas Training & Events RF Simulation Basics<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> On Demand Satellite 2018<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> Washington DC Mar 13-15 OFC 2018<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> San Diego, CA Mar 13-15 RF Back to Basics<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> Greenbelt, MD Mar 13 Westford, MA Mar 21 Independence, OH Apr 19 Parsippany, NJ May 8 San Diego, CA May 22 ADS Fundamentals<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> Calabasas, CA Mar 27-29 Morrisville, NC Apr 17-19 Santa Rosa, CA June 5-7 Morrisville, NC Aug 7-9 Santa Rosa, CA Nov 6-8 WAMICON<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> Sand Key, FL Apr 9-10 Overcome Phased Array Limitiations Seminar<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> Hillsboro, OR Apr 17 Bellevue, WA Apr 19 Genesys Fundamentals<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> Calabasas, CA May 22-24 Santa Rosa, Ca Sept 11-13 SystemVue<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> Calabasas, CA July 11 Using ADS - Online via WebEx<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> July 17-18 EMPro Fundamentals<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> Morrisville, NC Oct 2-3 How To Video Series [How To Video Series]<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> How to Design for Power Integrity: Selecting a VRM<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> Watch Videos<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> Webcasts * What’s New In ADS 2017<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> * SI/PI PCB Design Considerations for Thermal<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> * USB Type-C Physical Layer Design<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> * mmWave 5G Phased Array and Beamforming System Design<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> * Design and Simulation of 5G 28-GHz Phased Array Transceiver<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> * Understanding Thermal Issues in PCB Designs<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> * 4 Ways to Boost Simulation Data Processing Using Python<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> * Demystifying Vias in High-Speed PCB Designs<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> * How to Design an X-band MMIC PA<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> * mmWave Antenna Design Made Easy in ADS<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> * Designing to Win in 100G Ethernet<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> * How To Design Phased Arrays for 5G, Radar, and Satellite<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> * Advances in High Power RF Design<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> * How to Design Broadband Impedance Matching Networks<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> * How to Design an RF / Microwave Power Amplifier: The Basics<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> * PCB Materials, Simulations, and Measurements for 32 Gb/s<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> * RF System Architecture - Techniques for Optimal Design<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> [Back to top]<x-msg://16/#topofpage> Follow Us on Social Media [Follow Us on Social Media]<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> Sign Up Now<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> [Back to top]<x-msg://16/#topofpage> Mindbender A painting job can be completed by 7 painters in 17 days. If 7 more painters join the team 7 days after starting work on the job, then how many more days are required to complete the job? March Solution<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> [Back to top]<x-msg://16/#topofpage> Contact US 1 800 829-4444 Canada +1 877 894-4414 Contact an Expert<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> Stay Connected With Us: [Facebook]<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> [LinkedIn] <http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> [Twitter] <http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> [Google+] <http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> [YouTube] <http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> Please send your replies to keysight_eesof-eda(a)keysight.com<mailto:keysight_eesof-eda@keysight.com>. Do you know that Keysight Technologies was previously Agilent’s Electronic Measurements Group?<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> This information is presented by Keysight and our authorized partners, based on our understanding of your interest. If you prefer not to receive this email, you may remove your name from this list: click here.<http://content.email.keysight.com/emessageIRS/servlet/IRSLP?e=tD0A93D141022…> Your email address on record is: mount-first.ng(a)umanitoba.ca<mailto:mount-first.ng@umanitoba.ca> Please add the keysight.com<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> domain to your safe senders list in your email client to ensure continued delivery. Our privacy statement is available at www.keysight.com/key/privacy<http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36…> and describes Keysight's commitment to you regarding privacy. We welcome any questions about the Keysight privacy program at privacy_advocate(a)keysight.com<mailto:privacy_advocate@keysight.com> or write to Privacy Advocate - Keysight Technologies - 1400 Fountaingrove Pkwy - Santa Rosa, CA 95403-6493 - USA © Keysight Technologies 2018

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Fwd: Join our webcast on time-distance-of-arrival signal considerations
by Mount-first Ng 12 Mar '18

12 Mar '18

================= Mount-first.Ng(a)ad.umanitoba.ca<mailto:Mount-first.Ng@ad.umanitoba.ca> ===================== /\ Mount-first Ng :: Information Technologist, EITC, E3-550. O +-—/~~\ (204)-474-9657 :: Dept. of Electrical and Computer Engineering. X--/\/\/\ ================= University of Manitoba ======================= | \/ \ Begin forwarded message: From: "Tim Maloney, Keysight Technologies" <tmcustomerresponse(a)email.keysight.com<mailto:tmcustomerresponse@email.keysight.com>> Subject: Join our webcast on time-distance-of-arrival signal considerations Date: March 12, 2018 at 10:06:16 AM CDT To: "mount-first.ng(a)umanitoba.ca<mailto:mount-first.ng@umanitoba.ca>" <mount-first.ng(a)umanitoba.ca<mailto:mount-first.ng@umanitoba.ca>> Reply-To: "Tim Maloney, Keysight Technologies" <tmcustomerresponse(a)keysight.com<mailto:tmcustomerresponse@keysight.com>> Dear Mount-first, You're invited: Emitter Location Technologies for Use Against Modern Non-Cooperative Signals Webcast March 14, 2018 at 10 a.m. PT/1 p.m. ET. The strategies used to locate transmitters are relatively unchanged since the 1970s, but the transmitters themselves have changed dramatically. Join Keysight’s IC Tillman, an expert in RF sensors and geolocation technologies, to learn more about: - The fundamental theory of operation of time-difference-of-arrival (TDOA) - Why RF sensor networks with TDOA capability are the preferred way of implementing spectrum monitoring systems - The advantages of TDOA over traditional direction-finding methods of emitter location Use this link to view the online version and register for this event: [ http://content.email.keysight.com/emessageIRS/servlet/IRSL?v=5&a=10045&r=36… ] Sincerely, Tim Maloney Marketing Industry Manager Keysight Technologies 1-800-829-4444 (US) 1-877-894-4414 (Canada) www.keysight.com/find/events<http://www.keysight.com/find/events> www.keysight.com/find/contactus --------------------------------------------------------------------------------------------------- Please send your replies to tmcustomerresponse(a)keysight.com. This information is presented by Keysight and our authorized partners, based on our understanding of your interest. Your email address on record is: mount-first.ng(a)umanitoba.ca. If you prefer not to receive this email, you may remove your name by copying this link into your browser and completing the destination form: click here: [ http://content.email.keysight.com/emessageIRS/servlet/IRSLP?e=tBAF9D454BFFC… ] Please add the Keysight.com domain to the list of safe senders in your email client to ensure continued delivery. Our privacy statement is available at www.keysight.com/key/privacy and describes our commitment to you regarding privacy. We welcome any questions about Keysight's privacy program at privacy_advocate(a)keysight.com or write to: Privacy Advocate - Keysight Technologies - 1400 Fountaingrove Pkwy - Santa Rosa, CA 95403-6493 - USA. © Keysight Technologies 2018

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You Need to See What’s New in Altium Designer®
by Altium 08 Mar '18

08 Mar '18

To view this email as a web page https://go.altium.com/index.php/email/emailWebview?mkt_tok=eyJpIjoiTjJSaE1q… Altium Designer® 18 High Performance Made Simple Hi ECE, Altium Designer® continues its focus on delivering new, easy-to-use and performance-enhancing PCB design tools as part of one single price solution with the introduction of the latest version, Altium Designer 18. March 14, 2018 10AM PT / 1PM ET (PT/ET) Register http://go.altium.com/0314-2018-altium-designer-18-high-performance-made-sim… - The most cohesive, user-friendly interface that will enable you to achieve productivity right “out of the box.” - 64-bit and multi-threaded task optimizations that will allow you to design and release large, complex boards - quickly and with ease. - One single design environment for schematic, board layout, and manufacturing outputs. Please join this free live webinar to see what’s new including: - Interconnected Multi-Board Assembly - User-guided Routing with ActiveRoute® - Seamless Documentation Process with OutJobs, Draftsman® and ACTIVEBOM® - Visual Power Analysis with PDN Analyzer™ Contact the team Our dedicated team is here to help you. You can reach us anytime by phone at 760 231 0760 or email us at webform(a)altium.com mailto:webform@altium.com and a team member will get back to you right away. Many Thanks, Your Altium Team <a href= "http://pages.altium.com/kS1Ez0y10Dw03Fq2ca0Hl0W" style="text-decoration: none;" target="_blank" > <img src="http://go.altium.com/rs/817-SFW-071/images/Banner_Emails_PDN_Release.png" width="100%" height="90" border="0" /></a> <a href= "http://pages.altium.com/WS0aFyFlz1I3Wqw0021cD00" style="text-decoration: none;" target="_blank" > <img src="http://go.altium.com/rs/817-SFW-071/images/Banner_Emails_AD18_NowAvailable-…" width="100%" height="90" border="0" /></a> Altium LLC, 4225 Executive Square, Suite 700, La Jolla, California 92037, United States. Copyright 2017, Altium LLC, all rights reserved. Altium®, ACTIVEBOM®, ActiveRoute®, Altium Designer®, Altium NEXUS™, Altium Vault®, Autotrax®, Camtastic®, Ciiva™, CIIVA SMARTPARTS®, CircuitMaker®, CircuitStudio®, Codemaker™, Common Parts Library™, Draftsman®, DXP™, Easytrax®, LiveDesign®, NanoBoard®, NATIVE 3D™, NEXUS™, Octomyze®, Octopart®, PCBWORKS®, P-CAD®, PDN Analyzer™, Protel®, Situs®, TASKING®, XSIGNALS™, X2™ and their respective logos are trademarks or registered trademarks of Altium LLC or its subsidiaries. All other registered or unregistered trademarks referenced herein are the property of their respective owners and no trademark rights to the same are claimed. You are receiving this email because you have registered your interest with Altium or Altium Products. To unsubscribe or manage your email communication preferences, please click https://go.altium.com/UnsubscribePage.html?mkt_unsubscribe=1&mkt_tok=eyJpIj….

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Fwd: Charged Particle Optics Simulation with COMSOL®
by Mount-first Ng 08 Mar '18

08 Mar '18

================= Mount-first.Ng(a)ad.umanitoba.ca<mailto:Mount-first.Ng@ad.umanitoba.ca> ===================== /\ Mount-first Ng :: Information Technologist, EITC, E3-550. O +-—/~~\ (204)-474-9657 :: Dept. of Electrical and Computer Engineering. X--/\/\/\ ================= University of Manitoba ======================= | \/ \ Begin forwarded message: From: "Jenna Craig" <mail-comsol-bos(a)comsol.com<mailto:mail-comsol-bos@comsol.com>> Subject: Charged Particle Optics Simulation with COMSOL® Date: March 8, 2018 at 8:54:29 AM CST To: "Mount-First Ng" <mount-first.ng(a)umanitoba.ca<mailto:mount-first.ng@umanitoba.ca>> Reply-To: Jenna Craig <jenna(a)comsol.com<mailto:jenna@comsol.com>> Hello, Trajectories of charged particles can be easily computed with the right tools. Learn more by joining us for a webinar today, March 8. In this webinar, we will: - Demonstrate how to incorporate the presence of electric and magnetic fields - Take you through a variety of particle release features - Discuss specialized results analysis tools Details and registration: http://comsol.com/c/6q1e. The webinar will feature a live demo in the COMSOL Multiphysics® software and end with a Q&A session. Warm regards, Jenna Craig COMSOL, Inc. | 100 District Avenue | Burlington, MA 01803 USA Phone: (781) 273-3322 | Email: jenna(a)comsol.com<mailto:jenna@comsol.com> — This email has been sent to you to advertise a webinar. If you wish to stop receiving product news and event invitations from COMSOL, visit: http://www.comsol.com/unsubscribe.

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Fwd: Demo on Heat Transfer Analysis with COMSOL Multiphysics
by Mount-first Ng 05 Mar '18

05 Mar '18

================= Mount-first.Ng(a)ad.umanitoba.ca<mailto:Mount-first.Ng@ad.umanitoba.ca> ===================== /\ Mount-first Ng :: Information Technologist, EITC, E3-550. O +-—/~~\ (204)-474-9657 :: Dept. of Electrical and Computer Engineering. X--/\/\/\ ================= University of Manitoba ======================= | \/ \ Begin forwarded message: From: Elejdis Kulla <elejdis(a)comsol.com<mailto:elejdis@comsol.com>> Subject: Demo on Heat Transfer Analysis with COMSOL Multiphysics Date: March 5, 2018 at 10:25:28 AM CST To: Mount-First Ng <mount-first.ng(a)umanitoba.ca<mailto:mount-first.ng@umanitoba.ca>> Hi Mount-First, I hope you are doing well. I would like to invite you to a web workshop on Heat Transfer Analysis with COMSOL taking place on March 7th at 2pm ET. The session will start with a brief overview on modeling heat transfer with COMSOL, followed by a live demo and a Q&A session. Please let me know if you are interested in attending and I will email you the meeting ID. The registration link is the following: * Heat Transfer: http://comsol.com/c/6mue Feel free to share this link with others interested in attending. Cheers, Ellie -- Ellie Kulla, PhD COMSOL, Inc. 1 New England Executive Park Burlington, MA 01803 USA Tel: 781-273-3322 Email: ekulla(a)comsol.com<mailto:ekulla@comsol.com> http://www.comsol.com/contact/ http://www.comsol.com/unsubscribe/

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Fwd: Modeling Capacitively Coupled Plasma - Live Webinar & Demo
by Mount-first Ng 01 Mar '18

01 Mar '18

Sent from my iPad Begin forwarded message: From: "Jenna Craig" <mail-comsol-bos(a)comsol.com<mailto:mail-comsol-bos@comsol.com>> Date: March 1, 2018 at 8:35:02 AM CST To: "Mount-First Ng" <mtfirst(a)ad.umanitoba.ca<mailto:mtfirst@ad.umanitoba.ca>> Subject: Modeling Capacitively Coupled Plasma - Live Webinar & Demo Reply-To: Jenna Craig <jenna(a)comsol.com<mailto:jenna@comsol.com>> Hello, Did you know that there's a new method for modeling capacitively coupled plasmas with the COMSOL Multiphysics® software? It reduces computation times while still capturing the full nonlinearity of the solution. If you'd like to see how it works, please join us for a webinar today, March 1. Details and registration: http://comsol.com/c/6np8 The webinar will feature a live demonstration of the new method in the software, as well as a Q&A session at the end. Warm regards, Jenna Craig COMSOL, Inc. | 100 District Avenue | Burlington, MA 01803 USA Phone: (781) 273-3322 | Email: jenna(a)comsol.com<mailto:jenna@comsol.com> — This email has been sent to you to advertise a webinar. If you wish to stop receiving product news and event invitations from COMSOL, visit: http://www.comsol.com/unsubscribe.

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