PPT-Virtualized Network Function (VNF) Pool

BoF IETF 90 th Toronto Canada BoF Chairs Ning Zong zongninghuaweicom Melinda Shore melindashorenomountainnet Note Well This summary is only meant to point you in the right direction and doesnt have all the nuances The IETFs IPR Policy is set forth in BCP 79 please read it carefully. A CoverPools automatic pool cover is the best way to safeguard loved ones save money on heating costs and chemicals and protect your investment brPage 3br With a CoverPools cover you get peace of mind at the simple turn of a key In under a minute yo Deeper riffles & runs = better quality. Diversity of current velocities available. Mophology. of riffles/pools affects characteristics and quality. Poor/Glide and Riffle/Run. Riffle-Pool Morphology. Asher Gruber | January 2017. This work was carried out under the supervision of. Prof. . Anat. . Bremler. -Bar. and. Mr. . Yotam. . Harhol. Agenda. Introduction. DPI . as a . Service paper. Project Goals. Adrian Hoban (Intel). OSM TSC Chair. Agenda. Architectural Principles. Scope & Mapping to ETSI NFV. Status . Update & Releases. Data Model. 2. OSM Architectural Principles. 3. OSM Scope & Mapping to ETSI NFV MANO. Eric Sedore. essedore@syr.edu. Why create a desktop grid?. One prong of an three pronged strategy to enhance research infrastructure on campus (physical hosting, HTC grid, private research cloud). Create . Modified from: . William Stallings. Background and Motivation for NFV. NFV originated from discussions among major network operators and carriers . to improve network operation in the high-volume multimedia era. Eric Keller. , . Jakub. . Szefer. , Jennifer Rexford, Ruby Lee. IBM Cloud. Computing Student Workshop. (ISCA 2010 + Ongoing work). Princeton University. Virtualized Cloud Infrastructure. Run virtual machines on a hosted infrastructure. Working with Containers in a Hybrid Environment. Dr. Liat Pele, Reuven Mils. h. tein, Timea Laszlo. Introduction to hybrid environment. Network setup in hybrid environment. Monitoring and RCA in hybrid environment. Abstractions Network Service VNF VNF VNF VNF VNF Logical Links VNF Instances VNF VNF VNF SW Instances VNF : Virtualized Network Function VNF End Point End Point E2E Network Service Os-Nfvo VeEn-Vnfm Abstractions Network Service VNF VNF VNF VNF VNF Logical Links VNF Instances VNF VNF VNF SW Instances VNF Virtualized Network Function VNF End Point End Point E2E Network Service Os-Nfvo VeEn-Vnfm Nf Benoit Claise. Mehmet Ersue. Network Functions Virtualisation. : A . Layered . view. NFV Infrastructure (NFVI). Compute. Storage. Network. HW Resources. Virtualization Layer. Virtualization SW. vCompute. kindly visit us at www.examsdump.com. Prepare your certification exams with real time Certification Questions & Answers verified by experienced professionals! We make your certification journey easier as we provide you learning materials to help you to pass your exams from the first try. Professionally researched by Certified Trainers,our preparation materials contribute to industryshighest-99.6% pass rate among our customers. OOF - Valet. 2. Goal of This Presentation. Introducing our proposal: ONAP-OOF/placement-optimization (Codename, Valet). Possible required . implementation in . MultiCloud. for the placement-optimization. Gil . Bullard,. AT&T. Proposal Summary. Application-level configuration and LCM is the functionality that is peculiar to ONAP, outside of the scope of ETSI MANO.. ONAP should provide two Service Provider options with respect to application level .