CoAP Course for m2m and Internet of Things scenarios

This document discusses IoT networking and quality of service (QoS) for IoT networks. It begins by describing the characteristics of IoT devices such as low processing power, small size, and energy constraints. It then discusses enabling the classical Internet for IoT devices through standards developed by the IETF, including 6LoWPAN, ROLL, and CoRE. CoRE provides a framework for IoT applications and services discovery. The document concludes by examining policies for QoS in IoT networks to guarantee intended service, covering resource utilization, data timeliness, availability, and delivery.

The document provides an introduction to IoT including definitions, characteristics, genesis, applications and challenges. It describes the physical design of IoT including IoT devices, protocols, and the generic block diagram of an IoT device. It also describes the logical design including IoT functional blocks, communication models like publish-subscribe, request-response, levels of IoT deployment from level 1 to 6, and enabling technologies.

This document discusses the convergence of IoT and cloud computing. It describes how IoT platforms have major requirements for connectivity, dynamic management of devices and data, and deriving value from connected devices. The cloud offers resources that can meet these IoT needs, including scalability, elasticity, and ubiquitous access. There are two main convergence approaches - cloud-centric IoT, which brings IoT functionality to the cloud, and IoT-centric cloud, which brings cloud functionality to distributed IoT networks. Examples are given of existing platforms that take each approach. Key challenges of the IoT-cloud convergence include distributed processing and storage of massive IoT data, interoperability, and ensuring real-time communication across devices, applications

This document discusses the vision, hype and reality of delivering IT services as computing utilities. It outlines the need for a market oriented cloud architecture to regulate supply and demand of cloud resources. Emerging cloud platforms like Amazon EC2, Google App Engine, Microsoft Live Mesh and Sun Grid are presented. The limitations of present cloud service providers are discussed. Finally, the concept of a Global Cloud Exchange is proposed to address these limitations through features like a market directory, banking system, brokers and price setting mechanisms.

This document provides an overview of a hands-on workshop on the Constrained Application Protocol (CoAP). It outlines the agenda which includes introductions to CoAP, the Californium CoAP framework, and hands-on projects. Attendees will work through example CoAP client and server code using the Californium libraries and test their implementations. Advanced CoAP topics like security, proxies, and resource directories are also discussed.

The Internet of things describes physical objects that are embedded with sensors, processing ability, software, and other technologies that connect and exchange data with other devices and systems over the Internet or other communications networks.

This document discusses various Internet of Things (IoT) protocols. It defines IoT as interconnected devices that can transmit and receive data over a network. It then covers common network topologies and constraints of IoT devices. Several wireless protocols are described in detail, including their typical range, power usage, data rates, and costs. Popular protocols for messaging (MQTT) and REST-like interfaces (CoAP) are also summarized. The document aims to provide an overview of the IoT protocol landscape to help people get started with IoT development.

John Chiappetta prezo on 5G EdgeComputing and IoT and how interdependent they are. Held Nov 19, 2019 at Milton Education Village Innovation Centre, Milton, Ontario, Canada. Learn more here: https://siliconhalton.com/event/meetup-119-what-is-5g-and-edge-computing/

This slide features the list of communication protocols that are suitable for Internet of things. It features from http to CoAP

This document provides an introduction to the Internet of Things (IOT). It defines IOT as the collection of physical devices connected over the internet that can exchange data with less human involvement. The history and key technologies that enabled IOT are discussed, including wireless sensor networks, RFID, and cloud computing. The document also outlines the typical architecture of an IOT system including sensing, network, service, and application layers. Common IOT standards, protocols, and applications are summarized along with research areas and challenges in IOT development.

This document summarizes Cisco's Internet of Things (IoT) solutions and strategy. It notes that IoT adoption is growing rapidly, with 50 billion smart devices projected by 2020. Cisco's IoT system provides an integrated architecture to connect devices, aggregate and analyze data, and deliver business outcomes across industries like manufacturing, transportation, utilities and more. The system includes components for edge computing, security, analytics and application enablement to help customers build customized IoT solutions. Cisco is working with partners to develop its IoT portfolio and address the complex challenges of IoT projects.

This document discusses various techniques for transitioning from IPv4 to IPv6, including dual stacking, tunneling, and translation services. It provides examples of configuring dual stacking and manual IPv6 tunnels on Cisco routers to connect isolated IPv6 networks over an IPv4 infrastructure. Dual stacking allows hosts and devices to run both IPv4 and IPv6 simultaneously, while tunneling encapsulates IPv6 packets in IPv4 to enable connectivity across non-IPv6 networks. The document demonstrates establishing an IPv6 tunnel between two routers and routing IPv6 packets over the tunnel using RIPng.

Cluster Computing Architecture Key Components Grid Computing Architecture Key Components Resource Management Discovery QoS Support Scheduling

This 2 x 3-hour course was recently taught to Electronics, Systems and Telecommunications "Master 2" students, at University of Nice.

This document discusses RFID and the Internet of Things (IoT). It describes RFID as an automatic identification technology that uses radio waves to identify objects. The IoT allows physical objects to be connected to the internet and be remotely monitored and controlled. The architecture of an IoT system generally has three layers - a perception layer to collect data from sensors and RFID tags, a network layer to transmit the information, and a service layer to process and analyze the data. RFID has applications in various fields including healthcare, transportation, and access control. Challenges to the wider adoption of RFID include collision problems, security issues, and high tag costs.

The document discusses the private cloud architecture being implemented at the University of the Witwatersrand. It outlines plans to build a private cloud infrastructure using open source technologies like OpenStack, Fedora, iRODS and Zimbra. The cloud will provide scalable compute and storage resources along with hosted services and a digital archive. Key steps are identifying support staff, collaborating with technology partners, and having the initial infrastructure in place by mid-November.

The IoT is the network of physical objects with intelligence. It can be more secure with MQTT protocol for Machine to Machine Communication and more storage capability can be achieved by using cloud computing.

This document discusses how SAP applications and IT landscapes are changing with the adoption of in-memory computing technologies like SAP HANA. It presents examples of how SAP HANA allows organizations to deliver real-time value by enabling smarter, faster and simpler business processes, interactions and reporting. The document also outlines the evolution of enterprise architectures and data center landscapes towards a consolidated environment on SAP HANA that can optimize transactional and analytical workloads.

Introduction to protocols for the Internet of Things. Constrained Environment. Constrained Application Protocol (CoAP) and MQTT Protocol.

This document provides an overview of predictive analytics, including its evolution, definition, process, tools and techniques. It discusses how predictive analytics is being used across various industries to optimize outcomes, increase revenue and reduce costs. Specific use cases are outlined, such as using IoT sensor data and predictive models to improve risk calculations for auto insurance, optimize energy usage in buildings, enhance customer recommendations, and optimize policy interventions. Business cases focus on how companies in various sectors leverage customer data and predictive analytics to increase digital marketing effectiveness, revenues, and customer loyalty. Overall, the document examines current and emerging applications of predictive analytics across different domains.

Blockchain in IOT And other considerations: IoT, Business Strategy, Tech, Security and Blockchain as a foundation tech How to manage IoT / Blockchain for business strategy, technical set up, security, plus blockchain The natural tech evolution marriage that has yet to properly consummate? Why IOT products may not live up to their promise and how to overcome these to build successful IoT / Blockchain products.

This document provides an overview of supply chain strategy and how it relates to business strategy. It discusses various views on defining supply chain strategy, including: - Matching supply chain strategy to product characteristics, such as using efficient supply chains for functional products and responsive supply chains for innovative products. - Considering demand and supply uncertainty, such as using agile supply chains for high supply and demand uncertainty. - Examining market characteristics and using lean strategies for stable markets with predictable demand, and agile strategies for dynamic markets with unpredictable demand. - The concept of "leagile", using elements of both lean and agile strategies such as applying lean upstream and agile downstream. The document serves as an introduction to

A Complete Beginners Guide to Blockchain Technology Part 1 of 6. Slides from the #StartingBlock2015 tour by @blockstrap Part 1: http://www.slideshare.net/Blockstrap/cbgtbt-part-1-workshop-introduction-primer Part 2: http://www.slideshare.net/Blockstrap/02-blockchains-101 Part 3: http://www.slideshare.net/Blockstrap/03-transactions-101 Part 4: http://www.slideshare.net/Blockstrap/cbgtbt-part-4-mining Part 5: http://www.slideshare.net/Blockstrap/05-blockchains-102 Part 6: http://www.slideshare.net/Blockstrap/06-transactions-102

Kong is a scalable, open source API Platform (also known as an API Gateway or API Middleware). Kong was originally built by Kong Inc. (formerly known as Mashape) to secure, manage, and extend over 15,000 Microservices for its API Marketplace, which generates billions of requests per month.

China Mobile Limited is the leading telecommunications services provider in China, with more than 800 million active users. In China Mobile, distributed big data clusters are built by branch companies in each province for their unique requirements. Meanwhile, we have built a centralized Hadoop cluster with scale more than 1600 nodes, on which we collect data from dozens of distributed clusters and make analysis for our business. In this session, we will introduce the architecture of the centralized Hadoop cluster and experience of constructing and tuning this large scale Hadoop cluster. Key points are as follows: 1. About Ambari: we improve Ambari with features like supporting HDFS Federation and Ambari HA , improving its performance and enabling it to support up to 1600 nodes. 2. About HDFS: we build a large HDFS cluster with data up to 60PB, using federation, ViewFS, FairCallQueue. Our best practice of cluster operation and management will also be included. 3. About Flume: We use the reformed Flume to collect data as much as 200TB per day. Speakers Yuxuan Pan, Software Engineer, China Mobile Software Technology Duan Yunfeng, Chief Designer of China Mobile's big data system, China Mobile Communications Corporation

Presentation for CloudStack Collaboration Conference 2014 Budapest. How we run a bank on CloudStack and how we came to that design.

The CoAP protocol allows for resource-constrained networks and nodes to use RESTful web transfers. It uses UDP as a transport protocol and supports methods like GET, POST, PUT, and DELETE. CoAP messages use a simple header format and can include options to provide information like the URI of a requested resource. The protocol supports features like asynchronous messaging, built-in discovery of resources, and optional block transfers to handle larger payloads. Implementations of CoAP are available in several programming languages and it has been integrated into commercial IoT systems and devices.

The Constrained Application Protocol (CoAP) is a RESTful web transfer protocol for resource-constrained networks and nodes. CoAP uses a simple binary message format carried over UDP that supports asynchronous messaging with optional message confirmation and retransmission. CoAP supports features like GET, POST, PUT, DELETE methods, URIs, content formats and codes that are similar to HTTP but optimized for constrained nodes and networks.

1) The document discusses emerging open and standardized protocols for the Internet of Things (IoT), as IoT projects currently face challenges selecting technology stacks due to a lack of standardization. 2) It describes several standardized protocols for different layers of the TCP/IP model that are being used for IoT, including IEEE 802.15.4 for the network/link layer, 6LoWPAN for adapting IPv6 packets to IEEE 802.15.4 links, UDP and DTLS for the transport layer, and CoAP and MQTT for the application layer. 3) CoAP is presented as a specialized web transfer protocol for constrained environments like IoT, serving a similar purpose to HTTP with features tailored

gogo6 IPv6 Video Series. Event, presentation and speaker details below: EVENT gogoNET LIVE! 4: IPv6 & The Internet of Things. http://gogonetlive.com November 12 – 14, 201, Silicon Valley, California Agenda: http://gogonetlive.com/gogonetlive4-agenda.asp PRESENTATION IoT Field Area Network Solutions & Integration of IPv6 Standards Abstract: http://www.gogo6.com/profiles/blogs/my-presentation-at-gogolive-integration-of-ipv4-and-non-ip Presentation video: http://www.gogo6.com/video/iot-field-area-network-solutions-integration-of-ipv6-standards-by Interview video: http://www.gogo6.com/video/interview-with-carsten-bormann-at-gogonet-live-4-ipv6-iot-confere SPEAKER Patrick Grossetete - Technical Marketing Engineer (IoT), Cisco Bio/Profile: http://www.gogo6.com/profile/PatrickGrossetete MORE Learn more about IPv6 on the gogoNET social network and our online training courses http://www.gogo6.com/main Get free IPv6 connectivity with Freenet6 http://www.gogo6.com/Freenet6 Subscribe to the gogo6 IPv6 Channel on YouTube http://www.youtube.com/subscription_center?add_user=gogo6videos Follow gogo6 on Twitter http://twitter.com/gogo6inc Like gogo6 on Facebook http://www.facebook.com/pages/IPv6-products-community-and-services-gogo6/161626696777

DIscussion of RINA principles, research results, implementations and demos. Presented at ETSI ISG NGP meeting # 8

The document discusses using Apache Kafka for event detection pipelines. It describes how Kafka can be used to decouple data pipelines and ingest events from various source systems in real-time. It then provides an example use case of using Kafka, Hadoop, and machine learning for fraud detection in consumer banking, describing the online and offline workflows. Finally, it covers some of the challenges of building such a system and considerations for deploying Kafka.

The document discusses deploying IPv6 in OpenStack environments. It covers topics like tenant IPv6 addressing using SLAAC, stateless DHCPv6, and stateful DHCPv6. It also discusses provider networks, IPv6-only networks, IPv6 prefix delegation, and using IPv6 with Heat and L3 high availability. The agenda provides reference material and GitHub links for IPv6 Heat templates. Examples are given for creating tenant networks using different IPv6 addressing modes in Neutron. Captures from network sniffers show the router advertisements and DHCP messages used to configure IPv6 addresses and options.