1. Advanced Embedded Technology Systems Martin M. Stein, D.Sc. martin.stein@comcast.net 617-755-1960 Annual Meeting, Institute of Industrial Engineers, Montreal, June 2, 2014

2. Webinar Summary  This webinar will review recent developments in Human Machine Interface technology (HMI) that enables real time monitoring of industrial processes and communication of KPI’s to management.  The use of specialized software also is discussed so that these machine output measures are converted into a data base and real time management reports of factors such as downtime and equipment performance.  Applications for utilization of hand held devices, the cloud and other innovations will also be presented.  Finally, a framework for evaluating innovative technology is proposed to create a systematic process for implementation of these new technological advances. 2

3. Executive Summary  World Class companies have created stretch goals for management of machine data on a real-time basis.  These goals can contribute to market share expansion and create a significant competitive advantage.  Advanced Embedded Technology Systems can be configured to provide a customized solution for your company! This customized approach will help your company achieve this competitive advantage! 3

4. Automotive Industry Applications Driver Assistance Forward CameraLane departure warning, camera and radar sensor fusion, radar processing, camera processing, and stereo vision Rear-View CameraFisheye correction, image processing, image sensor interfaces, pedestrian detection, and predictive collision warning Surround-View CameraSurround-View Camera Image stitching, object detection, and parking assistance Infotainment Head UnitPre/post graphics processing, I/O expansion, and processor acceleration Rear-Seat EntertainmentRear-Seat Entertainment I/O expansion, video scaling and bridging to connect the main SoC processor to the latest I/O standards Instrument Cluster Graphics rendering, overlays, and network connectivity Electric VehiclesHybrid/EVehicleBattery management, electric motor control, and monitoring 4

5. Automotive Industry  Driver Assistance  Infotainment  Electric Cars 5

6. Broadcast Industry  Head-end: video transport, video over IP, and  Studio: post-production, capture, cameras, conversion, router, and others  Professional audio or video: video conferencing or telepresence, Ethernet, digital signage  Digital cinema: projectors, video processing, etc. 6

7. Computer Applications  Computer and storage technology is evolving rapidly. Today, cloud computing is enabling the consolidation of traditional IT functions with entirely new capabilities. For example, many large-scale data centers are now providing traditional IT services along with new data analytics services.  Hence, these large-scale data centers require highly efficient server and storage systems. Traditional CPU technology limits performance, as the use of frequency scaling as a way to increase performance has ended. The end of frequency scaling has caused a shift to multicore processing. However, multicore processing has diminishing returns in terms of increasing true application performance due to limits in I/O and memory bandwidth.  New acceleration technologies exist to enable higher speed data processing by providing customized high-bandwidth, low-latency connections to network and storage systems. In addition, these provide compression, data filtering, and algorithmic acceleration.  Also, there are acceleration solutions for computer and storage systems. 7

8. Consumer  Applications  Digital Television  DVD Players/Recorders  Video Displays/Projectors  Home Networking  Portable Entertainment  Touch Screen  Home Appliance 8

9. Consumer Electronics (Cont’d)  The rapidly evolving consumer electronics market offers an ever widening array of amazing new products, including flat panel displays, portable media players, and home networking products.  They are dramatically improving every year by continually adding features.  This fast evolution puts tremendous competitive time pressure on consumer electronic manufacturers for products with the latest technology.  Using low-cost programmable logic and improved storage disks enables a fast, risk-free path to high volume and helps you handle nearly continuous change while still maintaining project deadlines 9

10. Industrial  Industrial Applications Functional SafetyFunctional Safety  PLCs PLCs  Industrial Ethernet Industrial Ethernet  Machine Vision Machine Vision  Motor/Motion Control Motor/Motion Control  Smart Energy Smart Energy  Video Surveillance Video Surveillance 10

11. Medical  Medical End Market Diagnostic ImagingDiagnostic Imaging  Electromedical Electromedical  Cardiac Management Cardiac Management  Life Science Life Science 11

12. Military  Applications Secure CommunicationSecure Communication  Radar and Sensors Radar and Sensors  Electronic Warfare Electronic Warfare  COTS Board Partners COTS Board Partners  Guidance and Control Guidance and Control  Military DSP Military DSP  ITAR ITAR  SWaP SWaP  DO-254 DO-254 12

13. 13 Definition of HMI (Human Machine Interface) The user interface in a manufacturing or process control system. It provides a graphics- based visualization of an industrial control and monitoring system. Previously called an "MMI" (man machine interface), an HMI typically resides in an office-based Windows computer that communicates with a specialized computer in the plant such as a programmable automation controller (PAC), programmable logic controller (PLC) or distributed control system (DCS). Contrast with OI. See PAC, PLC, DCS, GUI and user interface.

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15. Operator Interface  A low-level graphical interface to a specialized computer on the plant floor such as a programmable automation controller (PAC), programmable logic controller (PLC) or distributed control system (DCS). Typically built into a ruggedized terminal for shop floor use, it provides a remote interface to the push buttons, switches and gauges found on the equipment itself. An OI does not offer the rich graphics and flexibility as do Windows and Mac-based interfaces. Contrast with HMI. See PAC, PLC and DCS. HMIPACPLCDCS 15

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17. Key Features and Benefits  Remote access to machine data enables real time management of maintenance and efficient operation of equipment in the process industries.  Panel to mobile to iPad and iCloud conversion of machine status is now enabling several companies to upgrade service, improve quality and reduce costs.  Case studies exist in the consumer product, marine, medical and home automation industries. 17

18. Advanced Embedded Technology System: Definition  Utilizes innovative approach for configuration of on the shelf panels, software and interface to create a customized solution.  Integration of information and communication systems is an enabler that provides additional capability and functionality.  Management of information remotely aids in the decision making process and provides for timely support and intervention where necessary. 18

19. Example of a Proposed Project: Overview  Initial Design Workshop: Review technical specifications.  Executive interviews will be conducted to align expectations and create a consensus project objective. A briefing that summarizes results of workshop and interviews will be held for executives.  Design of Prototype  Demonstration of Prototype and Field Pilot  Volume Production and Roll Out 19

20. Relevant Technical Advances  Mobile App-A unique system for access of panel data remotely with an investment of hundreds of man years and patented architecture.  Glass touch panel screen can be deployed in harsh environments and is multi touch capable.  Design studio software to facilitate and expedite customized applications.  A growing network of technical expertise and support personnel. 20

21. Mobile Project 21

22. Dynamic Graphics with Multimedia Options Dynamic Graphics with Multimedia Options 22

23. Web Options Web-Server © 23

24. Application Areas 24 Marine Oil and gas Mobile Systems/Automotive Outdoor Automation Food and beverage

25. 25 Users/Factory Benefits  Access to information resolves problems quickly and reduces downtime  Collected knowledge of suppliers, services and end users provided in one place  Clear and concise information provided in uniform manner  Directed searches makes it easy to find data  Promotes closer interaction with product suppliers, sales and service companies

26. Evaluation of alternative technologies and potential applications Workshop: Interviews Assessment Prioritize Existing and potential applications Specific process related requirements Functional Requirements For each process Alternative Technologies: HMI Mobile App Automation Robotics Prototype: Technology Process Proof of Concept Business case Productivity Benefits Costs Competitive Advantage Intangibles Pilot Analysis Advantages Disadvantages Analysis Advantages Disadvantages Select Technologies Select Technologies

27. Next Steps:  Contact Information: martin.stein@comcast.net for additional details and to schedule in-depth discussions and demonstration.  Detailed set of technical slides available on request. 27