update:2016/06/28
Example & homework: https://github.com/Phate334/MapReduceExample
簡報已更新並重新整理
This slide show you how to deploy Hadoop cluster with Cloudera and set up your own development environment to easy to test your MapReduce app.
這份簡報分成三個部分:
1.架設hadoop叢集,今年縮短了這部分的介紹,只放上一些參考的連結。
2.準備一個可以在本機端測試Mapreduce的開發環境,而不需要每次都將程式送到叢集中。
3.三個簡單的例子,用來介紹Mapreduce框架。
update:2016/06/28
Example & homework: https://github.com/Phate334/MapReduceExample
簡報已更新並重新整理
This slide show you how to deploy Hadoop cluster with Cloudera and set up your own development environment to easy to test your MapReduce app.
這份簡報分成三個部分:
1.架設hadoop叢集,今年縮短了這部分的介紹,只放上一些參考的連結。
2.準備一個可以在本機端測試Mapreduce的開發環境,而不需要每次都將程式送到叢集中。
3.三個簡單的例子,用來介紹Mapreduce框架。
netElastic is a software developer that offers virtual broadband network gateway (vBNG) and routing products. Their vBNG can route at up to 360Gbps on x86 servers, providing an alternative to physical routers. As a virtual product, the vBNG provides benefits like agility, flexibility, easy upgrades and scalability at a lower total cost of ownership. It supports subscriber management services and carrier network protocols to function as an access services router at the edge of broadband networks.
This document provides information on various network infrastructure components located across different geographic clusters. It lists specific equipment identifiers and locations for IP Cores, IP RAN equipment, aggregators and pre-aggregators located in Kepong, Subang Hitech, and other areas. Connections between these components and various core networks are also indicated.
netElastic is a software developer that offers virtual broadband network gateway (vBNG) and routing products. Their vBNG can route at up to 360Gbps on x86 servers, providing an alternative to physical routers. As a virtual product, the vBNG provides benefits like agility, flexibility, easy upgrades and scalability at a lower total cost of ownership. It supports subscriber management services and carrier network protocols to function as an access services router at the edge of broadband networks.
This document provides information on various network infrastructure components located across different geographic clusters. It lists specific equipment identifiers and locations for IP Cores, IP RAN equipment, aggregators and pre-aggregators located in Kepong, Subang Hitech, and other areas. Connections between these components and various core networks are also indicated.
Huawei's overall business strategy is to create more connections through intelligent devices and ICT infrastructure. Huawei aims to enable digital transformation by combining ICT infrastructure with intelligent devices. This will allow all things to connect to the cloud and enable cloud-native operations and cloud-cloud interconnection.
This document summarizes Frank Yuan's presentation on broadband universal service for a better connected digital Cambodia. It discusses the need for better broadband connectivity globally and in emerging markets. It outlines supportive strategies and policies that are key to achieving connectivity goals by 2023, including universal service obligations. The document reviews ITU recommendations on digital infrastructure policy and regulation in Asia-Pacific related to strategies, spectrum, site infrastructure, and standards. It presents data on mobile site density in various countries and discusses Huawei's innovative rural coverage solutions. Finally, it emphasizes shared responsibility among governments, operators, and vendors to achieve better connectivity.
Tejas Networks Limited presented an investor presentation on its acquisition of Saankhya Labs. The key points are:
1) Tejas Networks will acquire 64.4% of shares in Saankhya Labs for Rs 283.94 crores to gain expertise in wireless communication, 5G, broadcast, and satellite technologies as well as semiconductor design.
2) Saankhya Labs will complement Tejas Networks' product portfolio and provide access to new customers.
3) The acquisition will accelerate Tejas Networks' R&D investments to develop a larger portfolio of telecom products and help achieve its vision of becoming a top global telecom product company.
Huawei's document discusses their next-generation Wi-Fi 6 solution. It addresses how Wi-Fi 6 solves inherent problems in traditional Wi-Fi applications and innovates standards. It also discusses how Wi-Fi 6 meets requirements for new applications requiring ultra-low latency and high-density connections. The document outlines how Huawei's Wi-Fi 6 solution can reduce costs by converging Wi-Fi and IoT networks, and provides industry-leading performance through innovations like smart antennas and effective power amplifiers. Finally, it discusses how Huawei builds a 'proactive O&M' platform to intelligently manage and optimize large-scale Wi-Fi 6 networks.
The document discusses 5G RAN equipment evolution, including:
1) 5G standard progress and forecasts, with initial 5G focusing on eMBB and future enhancements for uRLLC and mMTC.
2) Diverse solutions for different coverage scenarios, including macro cells using sub-6GHz and mmWave bands, and small cells for indoor and hotspot coverage.
3) The 5G RAN roadmap showing the planned development and releases of macro cell and small cell products supporting sub-6GHz and mmWave bands between 2018-2021.
Huawei's eLTE solution provides high-speed broadband trunking and other services for enterprise users. It uses LTE technology to address challenges in industries like transportation, energy, and government that currently rely on narrowband technologies with limited data capabilities. The solution offers multimedia trunking, ruggedized devices, network resilience features, and open interfaces for third-party integration. Huawei has over 60 commercial eLTE contracts worldwide and its solutions have been used in several "world first" industrial LTE applications.
1) The document discusses 5G and its rapid rollout globally, with over 60 countries having launched commercial 5G networks by 2020 and over 170 countries having released national digital strategies emphasizing 5G and AI.
2) It outlines challenges around 5G deployment and building the 5G business ecosystem, and presents Huawei's solutions to address technical challenges through continuous innovation and help operators succeed in 5G business through ecosystem construction.
3) Huawei is committed to long-term technology leadership through the largest R&D investment in the industry and has developed 10 leading 5G product solutions to empower operators with 5G.
This document outlines Orange's strategic plan called "Essentials2020". It discusses Orange's goals to invest €15 billion in its networks between 2015-2018 to improve quality and coverage. It aims to have fiber available to 20 million homes in France by 2022. Orange plans to increase its digital capabilities and have 50% of customer interactions be digital by 2018. Financially, it expects revenues to be higher in 2018 compared to 2014 and maintain a dividend of at least €0.60 per share.
ZTE is a leader in 5G innovation and standardization. They have contributed key technologies to 5G standards including multi-user shared access (MUSA) and filter bank multi-carrier (FB-MC). ZTE has also demonstrated 5G technologies and products, achieving over 50Gbps using mmWave and showing MUSA can enable tens of millions of connections. ZTE is working with mobile operators globally on 5G tests and trials with the goal of earliest commercial deployment of 5G networks.