ARM Bryan Lawrence at Smart Homes 2013 Cambridge
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(1) The document discusses empowering homes through smart technologies that enable efficiency, comfort and security. (2) It describes how the Internet of Things (IoT) is connecting devices, people and intelligence across the world. (3) Key challenges of IoT include developing efficient nodes, infrastructure, interoperability standards, security, and growing the developer community.
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We provide platforms and frameworks for rapid development to unify Everything on the Internet for innovations to be created. Our customers has chosen our technology to be on the edge into the future of Internet. The future of Internet is not about a single technology or protocol, but to make them coexist.
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The document discusses Unified Communication for IoT provided by Clayster. It introduces the founders, Rikard Strid and Peter Waher, and their visions for normalizing technologies and enabling rapid application development for IoT. Clayster provides platforms and frameworks to unify data from different sources using XMPP as the core protocol, and provides analytics, provisioning, applications, and management capabilities. The document describes several use cases customers use Clayster's technology for, such as energy management, smart homes, and building automation.
5g-vision-document.pdf
5G will provide significantly higher speeds, greater network capacity, and lower latency compared to previous generations of wireless networks. It will enable billions of connected devices and support applications requiring low latency like autonomous driving. Intel is developing the end-to-end silicon, software and infrastructure needed to power 5G networks, including 5G modems, RF chips, virtualized network solutions, and edge computing platforms. 5G will transform industries by enabling new applications in areas like smart cities, healthcare, manufacturing and more through ultra-reliable connectivity for the Internet of Things.
Sgcp14phillips
The document discusses industrial Internet of Things (IIoT). It describes how ARM technology spans from sensors to servers, enabling embedded intelligence from low-power devices to infrastructure. IIoT allows for greater visibility, analytics capabilities, and coordination of industrial processes. Key takeaways are that IIoT is applications spanning the physical and cloud environments using IP connectivity to the edge, treating devices as web services, and following standards. IIoT drives operational efficiency through situational awareness, predictive maintenance, and other benefits.
Internet of Things
The document discusses opportunities and challenges presented by the Internet of Things (IoT). It describes how the IoT allows machines, people, and cloud services to connect via the internet to enable new applications and business models. However, realizing the full potential of the IoT faces challenges around connectivity, power management, security, complexity, and sensing that require innovative solutions. Texas Instruments' strategy is to provide a full range of IoT building blocks and work with partners to make the IoT accessible to everyone.
Io t standard_bis_arpanpal
The document discusses the need for standardization in the Internet-of-Things (IoT). It notes that IoT involves a highly heterogeneous set of sensors, devices, and data that needs interoperability standards. It describes some existing standards for different IoT layers including networking, data formats, protocols, and interfaces. The document advocates for both syntactic and semantic interoperability standards and outlines Tata Consultancy Services' contributions to various standards bodies.
ch5-Fog Networks and Cloud Computing
The document discusses fog networks and cloud computing in the context of an Internet of Things course. It covers the following key points:
- Fog networks refer to decentralized computing infrastructure located closer to IoT devices to help process some data locally instead of sending everything to the cloud. This helps address issues like latency.
- Cloud computing provides on-demand access to shared computing resources, allowing IoT systems to extend functionality by processing and storing data in the cloud.
- Common cloud service models for IoT include Infrastructure as a Service (IaaS), Platform as a Service (PaaS), and Software as a Service (SaaS). Major cloud providers like Amazon AWS offer services tailored to IoT applications
ECI - The Elastic Network - winds of change
This document discusses how emerging technologies are driving changes in networking and opportunities for network providers. It covers how the cloud, internet of things, security concerns, and software-defined networking are impacting network design and provision of services. The cloud is increasing bandwidth demands and changing traffic patterns. The internet of things is connecting more devices and data sources. Security is more complex with open networks. Software-defined networking allows more flexible provisioning of network services and connectivity to clouds. These forces provide opportunities for network operators to offer new services that enable elastic, efficient, open, and secure networks.
Industrial IoT Mayhem? Java IoT Gateways to the Rescue
Industrial IoT comes with great expectations for operational efficiency, promising improved asset utilization and productivity gains. IIoT challenges include reliability, security, low maintenance, long lifecycle, and integration into heterogeneous and fragmented systems. This session proposes some architectural patterns that can be leveraged to overcome these challenges. It introduces, at the center of the solution, Java-powered IoT gateways and modular IoT application frameworks such as the open source Eclipse Kura. Incorporating a live demonstration, the presentation highlights some of the latest Eclipse Kura features such as a pluggable device model for fieldbus protocols, visual data flow, and connectivity across various IoT cloud service providers.
JavaOne 2016 - Presentation by Dave Woodard and Walt Bowers
Simple things about Internet of Things
Discover what is Internet of Things (IoT)?
Why it is important?
How it is built, what are the components?
Brought to you by GISTIC
www.gistic.org
Developing Interoperable Components for an Open IoT Foundation
In this presentation Eurotech and Red Hat present Kapua, a modular cloud platform that provides management for Internet of Things (IoT) gateways and smart edge devices. It represents a key milestone towards the development of a truly open, end-to-end foundation for IoT and its ecosystem of partners and solutions. Kapua provides a core integration framework with services for device registry, data and device management, message routing, and applications.
Verso IoT experience – What have we learned from implementations all over the...
This document summarizes lessons learned from implementing Internet of Things (IoT) solutions around the world. Key points include:
1) IoT technology is not an issue, but there is no single solution - an ecosystem of partners is needed.
2) IoT will impact many aspects of life and business.
3) When starting an IoT project, clearly define the problem and desired outcomes, then design an architecture to support those goals.
IOT PROTOCOLS.pptx
This document discusses IoT protocols for data communication and connection models. It describes the key pillars of IoT protocols as being device, connectivity, data, and analytics. It also outlines various types of IoT data protocols like AMQP, DDS, XMPP, and WebSocket that establish end-to-end communication. Additionally, it covers IoT network protocols like Bluetooth, LPWANs, ZigBee, Z-Wave and others that facilitate secured communication between IoT devices over the internet.
2015Apr21 IoT Global innovation forum Dallas Texas USA
The document discusses requirements and recommendations for internet of things (IoT) network platforms. It argues that IoT networks will need to support billions of diverse devices, use open standards like IP networking for interoperability, employ multi-transport architectures for flexibility, and implement distributed intelligence and standards-based security. The document critiques five common "myths" about IoT networks and recommends that platforms adopt a horizontal architecture to flexibly support a variety of devices, applications, and integration needs into the future.
Web of things
This document discusses enabling open markets for services in the Web of Things by using open standards. It notes that most value will come from services, not just sensors, and that standards are key to breaking down product silos and allowing third parties to add value. The document outlines several technologies relevant to the Web of Things and Internet of Things, and proposes establishing a W3C Web of Things Interest Group to further standards efforts in areas like security, data models, and service composition.
Similar to ARM Bryan Lawrence at Smart Homes 2013 Cambridge (20)
Eurotech and Red Hat collaboration simplifies Internet of Things integration ...
Eurotech and Red Hat collaboration simplifies Internet of Things integration ...
Industrial IoT Mayhem? Java IoT Gateways to the Rescue
Industrial IoT Mayhem? Java IoT Gateways to the Rescue
Developing Interoperable Components for an Open IoT Foundation
Developing Interoperable Components for an Open IoT Foundation
Verso IoT experience – What have we learned from implementations all over the...
Verso IoT experience – What have we learned from implementations all over the...
2015Apr21 IoT Global innovation forum Dallas Texas USA
2015Apr21 IoT Global innovation forum Dallas Texas USA
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The document discusses a breakthrough grid-scale energy storage technology called EnergyNest thermal energy storage (TES). EnergyNest offers a modular and scalable solution for grid-scale energy storage at a low cost of $20-25/kWh that is environmentally friendly and has a long system life of over 50 years. EnergyNest has successfully demonstrated its technology through an operational pilot and is working with partners across Europe, China, and the Middle East to execute its first commercial projects and revenue. The global market for large-scale energy storage is expected to grow significantly, and EnergyNest's proprietary technology positions it well to succeed in this growing industry.
Life Sciences Investment Platform
The document discusses investing in life sciences and new avenues for financing life science companies. It notes that while life sciences is a lucrative market, individual investors and entrepreneurs face challenges accessing large funding amounts due to requirements for technical expertise and large minimum investments. New crowdfunding platforms aim to open up life science investing to more people by allowing smaller investments and leveraging community reviews to evaluate opportunities. These platforms could complement but not replace traditional financing by giving companies and investors more options to support early-stage life science ventures.
Polymer Applications
Carbodeon produces nanoDiamond additives that provide significant improvements to the thermal conductivity of polymers without impacting their electrical properties. They have achieved a 20-200% increase in thermal conductivity of engineering polymers and over 200% increase in wear resistance of electroless nickel coatings. Their nanoDiamonds come in various surface chemistries and dispersions to suit different applications. They have several granted patents and commercial applications in areas like thermal interface materials, thermally conductive thermoplastics, and coatings. Their ongoing work involves developing in-house mixtures of nanoDiamonds with other fillers for easier dispersion and targeting applications in electronics, LEDs, and electric vehicles.
Flexible Organic LCD
Dr. Paul Cain of FlexEnable gave a presentation on the company's organic thin-film transistor (OTFT) technology for flexible electronics. FlexEnable has developed the lowest cost and most flexible platform using OTFTs that can be used for LCD, OLED, and sensor applications. Their OTFT technology has been proven for industrial manufacturing and offers high performance with low temperature processing, high mobility, bendability, and stability compared to other technologies like amorphous silicon. FlexEnable is working with partners to commercialize applications of their OTFT technology like flexible displays and sensors for wearables, automotive, and other markets.
Grand challenges for engineering
The document summarizes the 2008 report by the US National Academy of Engineering that identified 14 Grand Challenges for Engineering to address over the next century. It discusses the process used to identify these challenges and observations about the challenges. It also briefly mentions the 2017 UK Industrial Strategy report by Michael Heseltine. The 14 Grand Challenges included providing clean energy and water, improving health technologies, enhancing security, and advancing science. The challenges were intended to improve life worldwide and reflect the interdependence of engineering, science and medicine. They have largely stood the test of time in addressing important issues.
Inkjet in advanced manufacturing
Xaar is a leading manufacturer of industrial inkjet printheads. Inkjet technology is increasingly being used in advanced manufacturing for applications such as decor, direct-to-shape printing, electronics, energy, construction, and 3D printing. Xaar's piezoelectric inkjet printheads offer advantages for manufacturing including non-contact printing, compatibility with a wide range of fluids, scalability, and high productivity. Case studies presented show how inkjet printing is being used for applications such as display manufacturing, solar cell production, and nanoimprint lithography.
Materials, energy, storage and heat transfer
Dr Siva Bohm of Talga Technologies Limited gave a presentation on the company and its graphene materials. Talga owns three high-grade graphite resources in Sweden and has developed an electrochemical exfoliation process to produce graphene and micrographite directly from raw ore. This scalable process could enable Talga to become the world's largest supplier of these materials. Talga is focusing on applying its graphene products to improve performance in sectors like energy storage, coatings, composites, and construction materials.
Graphene@Manchester
The document summarizes graphene research and facilities at the University of Manchester. Over 250 researchers study graphene and related 2D materials across 30 academic groups. The University has the £61m National Graphene Institute (NGI) for fundamental research and the £60m Graphene Engineering Innovation Centre (GEIC) for industry-led development. The NGI focuses on academic research to prove concepts while the GEIC collaborates with academia to scale production and develop applications from electronics and sensors to composites and membranes.
Scaling Stories
1. The document discusses Angelica Anton, founding partner of Silk Ventures, and her perspectives on scaling stories in Asia.
2. It outlines some of the challenges of operating in China, such as funding, IP protection, bureaucracy, and relationship building.
3. China has ambitious goals for artificial intelligence, aiming to be a world leader in AI innovation and market share by 2030 with the AI sector valued at over $1 trillion.
Flying better
C4IR Conference Series 2017
Airbus Space - Keynote
How can your innovations help solve problems in space and aerospace?
Ready for take off
This document discusses energy storage solutions for various applications from Rolls-Royce's perspective. It notes that while battery technology is improving, batteries alone cannot meet the demanding energy storage needs of all applications like large aircraft and trans-oceanic flights. A range of solutions will be needed, including batteries, fuel cells, and supercapacitors. The document also outlines Rolls-Royce's work on more electric aircraft and engines like the UltraFan that represent opportunities for energy storage.
Materials and processes
Thomas Swan & Co. Ltd. is a UK-based company that produces performance chemicals and advanced materials, including graphene. The company has a long history in the chemical industry and has been producing graphene through a scalable liquid phase exfoliation process since 2014. This process allows for the flexible production of a range of 2D materials, such as graphene, boron nitride, and molybdenum disulfide, in dispersions and powders. Thomas Swan sells these 2D materials and 2D material-enhanced composites for applications requiring improved mechanical, thermal, and barrier properties.
Connectivity and IoT Ecosystems
CityVerve is Manchester's £15 million smart city project that aims to demonstrate the benefits of connecting everyday objects through IoT. Led by Manchester City Council, it involves 21 organizations working together to transform the city. Central to CityVerve is BT's data hub, which will aggregate data from various sources and make it available to developers and applications via an interoperability standard called Hypercat. The project aims to provide a replicable, sustainable, and scalable model for other cities to implement smart city solutions around transport, healthcare, energy, and the environment.
Top 5 breakthroughs in energy storage materials
Katarzyna Sokół from the University of Cambridge presented on overcoming limitations of current batteries using 2D materials. She discussed several 2D material hybrids and their applications in batteries and supercapacitors, including a nickel cobalt hydroxide-reduced graphene oxide hybrid for asymmetric supercapacitors that showed remarkable cycling stability. She also presented on several sodium ion battery materials that demonstrated superior cycling performance, high reversible capacity, and capacity retention at high current densities, such as Na0.4Mn0.54Co0.46O2 nanosheets and ultrathin NiO nanosheets. Finally, she discussed novel 2D polymer sheets that showed superior stability, quick charging/discharging, and
Graphene heating for wearable devices
FGV Cambridge Nanosystems is a graphene production and technology company established in 2012 with 20 employees from 11 countries. It has an annual graphene production capability of 19 kg per day in its 2500 square meter factory. The company produces high quality graphene flakes and uses them to develop graphene-enabled technologies like flexible heaters, conductive inks for printing, and graphene additives to improve lithium-ion batteries. It works with businesses in automotive, aerospace and other industries to develop prototype and commercial applications of its graphene materials and technologies.
Industry digitalisation
This document discusses emerging production technologies like additive manufacturing (3D printing) and whether their adoption constitutes a "fourth industrial revolution." It identifies several potential barriers to the uptake of these technologies, including issues around materials, design, skills/education, costs/investment, standards/regulation, testing, and intellectual property protection. The document argues that overcoming these barriers is important to improve the commercialization of new production technologies and maximize their impacts on business models, locations of production activities, and the skills and capabilities needed to create and capture value from them. It questions whether technological innovation alone will drive productivity growth or if broader changes are needed to fully realize the potential of emerging technologies.
Energy storage materials
The document discusses how 2D materials can advance energy storage and discusses several research projects utilizing 2D materials for lithium and sodium-ion batteries. It summarizes that integrating selected 2D lithium host materials into 3D architectures can improve electrochemical performance through increased surface area and diffusion pathways. Composite 2D-3D microstructures incorporating graphene offer multiple functional enhancements for energy storage systems. There is a need to explore advanced manufacturing methods for nanostructured materials.
AI and automation
AI and automation will significantly impact productivity and jobs. While AI can boost productivity through automation of routine tasks, it may also displace many jobs. To manage this transition and ensure the benefits of AI are widely shared, governments and companies should [1] establish ethical oversight of AI systems, [2] invest profits from AI into retraining displaced workers, and [3] explore options like universal basic income to support those impacted by job disruption. Overall, AI has the potential to dramatically increase global GDP if its development and applications are properly managed.
Breakthroughs in new materials
This document discusses graphene, a two-dimensional material with many extraordinary properties. It lists graphene's properties such as flexibility, anti-flammability, strength, and thermal and electrical conductivity. Potential applications are discussed for graphene in various industries like aerospace, automotive, electronics. Challenges in graphene production and commercialization are mentioned. The document also provides information on graphene production methods and development support from organizations.
Building intelligent robots
This document discusses computer vision and ethics in artificial intelligence. It covers topics like deep learning for computer vision, multi-task learning using uncertainty, and video semantic segmentation. It also discusses the trolley problem in ethics and provides examples of unethical AI today. Some concrete problems in autonomous vehicle safety are identified, including trust, fairness, interpretability and avoiding reward hacking. The document concludes that while deep learning can help machines perceive and act from data, models also need to understand ethics themselves to be applied safely in real-world situations.
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ARM Bryan Lawrence at Smart Homes 2013 Cambridge
- 1. Empowering Your Home Realizing Efficiency, Comfort and Security Little things are going to make a big difference Smart Homes 2013 Cambridge 5 November 2013 www.hvm-uk.com/smarthomes 1 Bryan Lawrence Segment Marketing November 5th 2013
- 2. The IoT is Connecting Intelligence Everywhere Within Devices Through Technology 2 Between People Across the World
- 3. Gap 3
- 4. Internet of Things The challenges • Efficient nodes Reach • Infrastructure • Interoperability – lack of standards • Security 4 Today mobile Internet Internet / broadband M2M • Developer shortage • Tools and ecosystem
- 5. Enabling Smarter Homes Smart Meter Cortex-M4 Most integrated building management HMI solution Safety and Security Cortex-M0+ Control Panel Cortex-A5, Mali-400 Trends Intuitive technology Environment Management Cortex-M0+ 5 Challenges Low system and maintenance costs
- 6. Enabling Smarter Homes Smart Meter Cortex-M4 Safety and Security Cortex-M0+ Control Panel Cortex-A5, Mali-400 Most integrated building management HMI solution Trends Intuitive technology Environment Management Cortex-M0+ 6 Challenges Low system and maintenance costs
- 7. Obstacles: Interoperability Information silos Things without internet Standards and cooperation IoT common languages Enable diversity and creativity Internet, of Things 7
- 8. IoT standards § Scalable, secure, standards based § Architected 6LoWPAN and CoAP standards § Key contributor to the IETF, ZigBee IP, ETSI and OMA § From the cloud to the tiniest of nodes § Optimized firmware that can fit on Cortex-M devices § Cost-effective, energy efficient, secure § NanoService Client now accessible via mbed § Enabling faster proliferation of open IoT standards 8 100s – 1000s of bytes XML HTTP TLS TCP IP Web Services today 10s of bytes EXI CoAP eDTLS UDP 6LoWPAN Internet of Things
- 10. ARM and Java span IoT § ARM architectures have long been supported by Java § From servers, gateways and now microcontrollers § ARM mbed to be used by Java ME to scale diverse embedded devices § ARM mbed lead partners Freescale working with ARM and Oracle to make this a reality § ARM will donate our Sensinode CoAP protocol engine to OpenJDK to stimulate broad adoption 10
- 11. “…These [IoT] products become platforms for new business services, and with these additional services you can also generate new revenue streams. Either you do this yourself or somebody else will do it…” Stefan Ferber, director for communities and partner networks for the Internet of Things and services, Bosch Software Innovations 11
- 12. ARM Innovation Enables Opportunity Massive opportunity of pervasive connectivity Innovation driven by diversity, built on standards Silicon Partners ARM ecosystem uniquely positioned to tackle the challenges 12 Connected Community
- 13. END Thank you 13