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Simulator
The Internet of Things—which combines RFID technology, the Internet and sensors —allows businesses to track tagged goods through the global supply chain. In the future, when the Internet of Things becomes commonplace, RFID data will be stored in millions of repositories worldwide. The volume of data and number of messages, connections and applications within the EPCglobal network infrastructure is certain to raise challenges to the scalability, security, extensibility and communication of current IT infrastructures.
Several architectures for EPCglobal network infrastructures have been proposed. The Korgi Inc, in collaboration with MIT, has designed a simulator to provide an objective measure of comparison and guidance for architecting a scalable and secure network.The simulator is based on the Robotics Studio Runtime and can simulate web scale.
The simulator has been designed to leverage the scalable Robotic Studio Runtime. The simulator models a multi-tiered supply chain; the tiers represent manufacturers, wholesalers, distribution centers, retailers and others, each with an arbitrary number of facilities. Each facility can track goods and share data with supply-chain partners, so, for example it can simulate thousands of retail stores communicating with thousands of distribution centers.
While we use the simulator to architect a scalable and secure network, it’s important for companies and organizations that are using RFID to learn how key EPCglobal network standards perform together. To that end, we have developed open-source simulation platforms—or prototyping software—that leverage what we call Mentor: an open-source stack of EPCglobal software standards including Lower Level Reader Protocol (LLRP), Tag Data Translation (TDT). Application Level Events (ALE), EPC Information Services (EPCIS, Object Name Services (ONS), E-Pedigree and several variations of a central registry.
We are also developing specific industry models to allow companies within that industry to work with their supply-chain partners using EPCglobal network standards. The first model we designed is for the pharmaceutical industry, and it should be ready for early adopters by end of year.
In addition, the MIT team is working on a graphical user interface (GUI) to enable rich simulation scenarios. GUI users will be able to customize simulation parameters such as security, registries, volumes, pedigrees, manufacturers, distribution centers and retailers. Advanced users can use the software’s scripting language and/or source code to extend the base scenarios and add any desired component, plug-in, storage or engine.
Korgi Inc would like to thank the Robotic Studio Group for their wonderful platform and friendly development environment. The potential of their platform is undeniable and the applications extend far beyond the field of robotics.
We invite the RFID community to join the simulation environment. Academics can use the simulator as an experimentation platform. Companies and organizations that do not have EPCglobal network software can use Mentor, the open-source stack, for free. We like to think of Mentor not just as a source code, but as an “architecture of participation.”
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FluidBits Partnership
Korgi and FluidBits have worked together on Web services-related activities for more than five years. Throughout this relationship, FluidBits and Korgi have continued to invest to meet the present and future needs of their mutual customers. The integration of Korgi's award-winning Web services infrastructure, business integration, portal and analytic solutions with FluidBits' proven software construction team provides customers with a comprehensive set of solutions. Today, many of Korgi's customers have successfully implemented solutions leveraging software written by FluidBits.
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Osaka Gakuin Guests View MIT Over Internet
Text of Greetings from MIT to Osaka Gakuin University on the Opening of their
New Multimedia Building #2
Today business people and particularly students coming into the workforce
must have a Global Perspective and an Entrepreneurial Mindset. They must have
good skills in using Information Technology. Companies are now realizing that
the engine of growth is the entrepreneurial ideas of their workers – their Human
Capital. The rate of change is so fast that we must all continue learning
throughout our life.
Prof Maurice Holmes at MIT’s Center for Innovation in Product Development
states “THE ONE, LONG TERM, ULTIMATE SUSTAINABLE COMPETITIVE ADVANTAGE IS A
DIFFERENTIAL RATE OF LEARNING.” In other words – we must learn to learn faster.
I am particularly pleased to see that President Shirai is leading the new
style of education by Expanding the Role of Universities. The investment in this
wonderful new building will pay off many times over in benefits to the students
that receive this New Style Education that Osaka Gakuin University is
pioneering.
MIT has been working with Kajima for over 10 years now on researching how
education will change as new Web technologies are adopted. For the last 2 years
we have been developing a system with OGU and Kajima called CADDIE that will
enable students to Collaborate across Continents. We at MIT send our greetings
and look forward to the day – which I think is very close, when we will be
sharing courses across continents. Thank you and I look forward to seeing this
wonderful building in person
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Kajima Coporation
Kajima Corporation is the
second largest Japanese construction company with operations worldwide. Its
IT/Education Divion provides buildings, networks, and systems to universities
and schools throughout Japan. Kajima provides manaagement personnel experienced
in managing large multi-million dollar projects, resources for producing
broadcast quality content (including a video production subsidiary) and a team
of IT personnel to customize and support products in Japan and world-wide. Along
with being an investor, Kajima is a customer and a strategic partner.
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