Provide an update on RNP activities in support of data movement between the observatories in Chile and the R&E communities in South America, Africa, the U.S., Europe and other destinations of interest.
RNP's strategy for deploying optical infrastructures in partnership with electrical companies and ISPs. Sharing the backbone built w/ Power Companies (Chesf, Furnas, Taesa & Eletrosul). Sharing, swap and joint construction w/ ISP (Internet Service Provider) in metro networksBackhaul construction and metro networks. Partnership w/ state government & ISP
Radio in the car: What does the consumer really want?WorldDAB
From the Connected Car 2016 show, Laurence Harrison from Digital Radio UK looks at what consumers really want in the car, the role for radio and how it's already evolving
How is DAB slideshow being used around the world and for what?
This presentation looks at the ways slideshow can be used to deliver information from news and traffic to song information and station branding
Telstra transformed its national transmission network in 2005 from a telephony-oriented architecture to a more powerful Ethernet-enabled architecture. This allowed Telstra to launch new services faster and reduce costs. While traffic volumes doubled, capital spending declined as the new architecture provided flexibility to increase capacity incrementally. The transformation allowed Telstra to rapidly expand services like broadband speeds and IPTV without large infrastructure upgrades.
The National Street Gazetteer (NSG) is the definitive list of all streets in England and Wales. It has improved due to obligations on local authorities to regularly update data and requirements that the data be complete and high quality. The NSG is increasingly used for applications beyond just street works, like property management. It follows best practices for data entry and compliance to continue enhancing completeness and consistency of street data.
Gauteng Freeway Improvement Plan (GFIP) CostsTristan Wiggill
This document discusses SANRAL's high costs for road construction projects in South Africa, specifically the Gauteng Freeway Improvement Project (GFIP). It analyzes the costs for each work package of the GFIP and finds that SANRAL overpaid by as much as R10 billion total. Work Package G is used as a case study, and OUTA's calculations based on the tender documents show this package was overpriced by 13.7%, or R95.9 million. The document raises concerns about lack of transparency and accountability in SANRAL's project costs.
The document discusses changing competition and spectrum policy in telecommunications. It notes that convergence is leading to a situation where radiocommunication will be delivered as a "bitstream" rather than separate services. This blurs the lines between traditional broadcasting, mobile, satellite, and other services. The document also discusses the "digital dividend" of spectrum freed up by the switch from analog to digital broadcasting. It notes the need for a common European approach to use this spectrum, while respecting national situations and cultural diversity. For Sweden, it summarizes the decision to vacate the 800MHz band and establish new multiplexes for digital television below 790MHz. Finally, it stresses that new regulatory approaches are needed for competition in spectrum,
RNP's strategy for deploying optical infrastructures in partnership with electrical companies and ISPs. Sharing the backbone built w/ Power Companies (Chesf, Furnas, Taesa & Eletrosul). Sharing, swap and joint construction w/ ISP (Internet Service Provider) in metro networksBackhaul construction and metro networks. Partnership w/ state government & ISP
Radio in the car: What does the consumer really want?WorldDAB
From the Connected Car 2016 show, Laurence Harrison from Digital Radio UK looks at what consumers really want in the car, the role for radio and how it's already evolving
How is DAB slideshow being used around the world and for what?
This presentation looks at the ways slideshow can be used to deliver information from news and traffic to song information and station branding
Telstra transformed its national transmission network in 2005 from a telephony-oriented architecture to a more powerful Ethernet-enabled architecture. This allowed Telstra to launch new services faster and reduce costs. While traffic volumes doubled, capital spending declined as the new architecture provided flexibility to increase capacity incrementally. The transformation allowed Telstra to rapidly expand services like broadband speeds and IPTV without large infrastructure upgrades.
The National Street Gazetteer (NSG) is the definitive list of all streets in England and Wales. It has improved due to obligations on local authorities to regularly update data and requirements that the data be complete and high quality. The NSG is increasingly used for applications beyond just street works, like property management. It follows best practices for data entry and compliance to continue enhancing completeness and consistency of street data.
Gauteng Freeway Improvement Plan (GFIP) CostsTristan Wiggill
This document discusses SANRAL's high costs for road construction projects in South Africa, specifically the Gauteng Freeway Improvement Project (GFIP). It analyzes the costs for each work package of the GFIP and finds that SANRAL overpaid by as much as R10 billion total. Work Package G is used as a case study, and OUTA's calculations based on the tender documents show this package was overpriced by 13.7%, or R95.9 million. The document raises concerns about lack of transparency and accountability in SANRAL's project costs.
The document discusses changing competition and spectrum policy in telecommunications. It notes that convergence is leading to a situation where radiocommunication will be delivered as a "bitstream" rather than separate services. This blurs the lines between traditional broadcasting, mobile, satellite, and other services. The document also discusses the "digital dividend" of spectrum freed up by the switch from analog to digital broadcasting. It notes the need for a common European approach to use this spectrum, while respecting national situations and cultural diversity. For Sweden, it summarizes the decision to vacate the 800MHz band and establish new multiplexes for digital television below 790MHz. Finally, it stresses that new regulatory approaches are needed for competition in spectrum,
This document discusses the Brazilian National Education and Research Network (RNP) and its role in supporting large-scale science in Brazil. It provides an overview of RNP, including that it is a non-profit organization maintained by government funding that builds and operates research and education networks. It also discusses network infrastructure, international collaborations, requirements for data-intensive research, and recommendations for ensuring adequate network performance.
This document discusses using subfluvial optical cables in regions without land-based infrastructure, specifically in the Amazon region of Brazil. It provides context on RNP, Brazil's national research and education network, and its existing infrastructure. It then proposes deploying optical cables along major rivers in the Amazon like the Amazon, Negro and Solimões rivers to expand connectivity where few roads exist. Examples of other regions using sub-aquatic cables for connectivity are also given.
The document discusses the Square Kilometre Array (SKA) radio telescope project and its significance for Africa. It makes three key points:
1) Building the SKA in Africa would be a major breakthrough that could change perceptions of the continent and attract young Africans into STEM fields. It would enable African scientists to conduct "big science" and fundamental research.
2) The SKA presents major economic opportunities for Africa in areas like infrastructure development, scientific skills training, and spin-off industries in fields like computing and engineering. International partnerships on the project could also benefit African universities and industries.
3) South Africa is well-positioned to host the SKA through the progress made on precursors
Improving ICT Support for Large-scale ScienceLeandro Ciuffo
This document provides information about the Brazilian National Education and Research Network (RNP). RNP supports large-scale science through its ICT infrastructure, which includes maintaining and upgrading its national backbone network, building metro networks in major cities, and increasing international connectivity. The document discusses RNP's operations and services, including statistics on its backbone network usage. It provides recommendations for researchers on assessing their network requirements and how to work with RNP to address any performance or connectivity issues.
This document discusses plans for radio astronomy in Africa, specifically focusing on the Square Kilometre Array (SKA) radio telescope project. Key points include:
- The SKA will be the largest radio telescope in the world and will be built partially in South Africa, bringing opportunities for African scientists and economic growth.
- The SKA will enable discoveries in fields like galaxy evolution, cosmology, and the search for life in space. It will produce vast amounts of data requiring advanced computing.
- Building the SKA requires developing science and engineering skills in Africa to support construction and operations over 50 years, potentially attracting young talent and spurring new industries.
- International collaboration through groups like the SKA Organization and
This document summarizes information about the Square Kilometre Array (SKA) telescope project, including:
1) SKA is an international effort to build the world's largest radio telescope, with Phase 1 construction from 2018-2024 across sites in Australia and South Africa.
2) SKA will consist of thousands of antennas and dishes to study topics like the first stars/galaxies, galaxy evolution, and more.
3) Managing and analyzing the enormous amounts of data produced by SKA poses big data challenges that African countries are working to address through initiatives like the African VLBI Network and a proposed African Data Intensive Research Cloud.
Internet of Space - Communication Systems for Future Space-bases Internet Ser...Paulo Milheiro Mendes
1) The document discusses the potential for satellite constellations in low Earth orbit (LEO) to enable a space-based internet through providing global connectivity with lower latency than traditional geostationary satellites.
2) Emerging LEO constellations from companies like SpaceX, OneWeb, and Telesat promise speeds close to fiber with nearly full global coverage and latency around 25ms.
3) For the space internet to be realized, challenges around developing low-cost user terminals, multi-tenant cooperation between constellations, and addressing different traffic needs across orbital regimes must be overcome.
PLNOG 22 - Aleksandra Chećko, Robert Cieloch - 5G: wydatek czy oszczędność?PROIDEA
The document discusses the costs of 5G network deployments and compares macro cells, distributed antenna systems (DAS), small cells, and software-defined radio access networks (SD-RAN). SD-RAN offers 1.5-1.9x higher capacity than other options for the same coverage area and has total cost of ownership (TCO) that is 1.3-2.7x lower. SD-RAN provides scalable capacity expansion and more cost-efficient coverage compared to traditional macro cell networks.
In this OFC presentation, Niall Robinson reviewed the current status of white box technology and explored the future of this exciting space. He also looked at the most recent activity of the Open Optical and Packet Transport Project, the design of the Voyager solution and at where this fast-moving networking industry initiative is headed.
The document discusses the Square Kilometre Array (SKA) radio telescope project in Africa. Key points include:
- The SKA will be the largest radio telescope in the world and building it in Africa is a major opportunity for scientific and economic development.
- It will consist of thousands of antennas across Africa and Australia and generate exabytes of data per day, requiring advanced computing capabilities.
- Building the SKA in Africa can attract young scientists, drive skills development in areas like computing, and potentially lead to Nobel Prizes from African researchers.
- South Africa is hosting the SKA through precursors like MeerKAT, which is helping test technologies and train scientists and engineers. Other African countries
Paper eduardo grizendi & others uc2019 final versionEduardo Grizendi
This document summarizes RNP's strategy to deploy optical infrastructure in partnership with electrical companies and ISPs in Brazil. RNP aims to improve its network to better support research and education by building fiber routes along existing electrical infrastructure through partnerships. This allows RNP to significantly reduce costs by sharing infrastructure construction and maintenance costs rather than purchasing or renting dark fiber individually. RNP is deploying its new 100Gbps backbone network in phases along 6,900km of fiber provided by Chesf, 4,600km from Furnas, and 5,000km from Eletrosul. RNP is also partnering with other electrical companies and ISPs to deploy metropolitan networks through joint construction, lowering costs while ensuring infrastructure maintenance.
Challenges and opportunities on testing lte backhaul via satelliteCPqD
Embratel Star One operates 7 satellites that provide satellite infrastructure for applications like TV, broadband networks, and telephony across Brazil and Latin America. Testing was conducted to evaluate integrating LTE networks with satellite backhaul. Two scenarios were tested: with the EPC located at the VSAT terminal and with the EPC located at the hub. Performance was improved with the EPC at the VSAT terminal, with higher throughput and lower latency. The results showed good user experience for voice services and sustainable data rates compatible with satellite capacity. Further challenges include improving traffic acceleration and testing EPC split between the VSAT and hub.
Archiving data from Durham to RAL using the File Transfer Service (FTS)Jisc
From Jisc's campus network engineering for data-intensive science workshop on 19 October 2016.
https://www.jisc.ac.uk/events/campus-network-engineering-for-data-intensive-science-workshop-19-oct-2016
This document summarizes the HPC landscape and major supercomputers in Brazil. It discusses the top two supercomputers, SDumont (1 Petaflop) hosted by LNCC and ranked #146 on the Top 500, and Tupã (258 Teraflops) hosted by INPE and ranked #347. It also outlines the HPC4E project, a joint EU-Brazil initiative focused on developing HPC simulation tools for energy industries. Finally, it briefly mentions planned new undersea cables connecting Brazil to Europe and Africa by 2017 that could increase network capacity and connectivity for HPC systems in Brazil.
The Next Generation Multimode Fiber: Wide Bandwidth MMFLizGoldsmith
Learn about Wide Band Multimode Fiber (WBMMF) -- the application drivers, multiplexing technology, parallel fiber transmission, and Short Wavelength Wave Division Multiplexing. This presentation will also review the cabling evolution roadmap and the WBMMF specification framework.
This document discusses the development of data infrastructure for the Square Kilometre Array (SKA) radio telescope project. It provides timelines for SKA and its precursors, highlighting the exponential growth of data that will be produced. It outlines challenges of managing large data volumes and empowering users. It describes some existing and planned facilities for SKA regional science and data centers, including collaborations between South African and international institutions. These centers will be important for processing and analyzing data from pre-SKA telescopes like MeerKAT and distributing data to global research teams.
The FIBRE project created a federated experimental infrastructure connecting 10 institutions in Brazil and 3 in Europe for Future Internet research. It designed and implemented a shared research facility between Brazil and Europe to support joint experimentation. The infrastructure included programmable network islands at each location interconnected through a control plane and data plane. Several technology pilots were developed to demonstrate capabilities like seamless mobility, high quality video streaming, and bandwidth on demand services. The project provided valuable experience for both European and Brazilian partners in testbed design, federation, and international collaboration on Future Internet research.
This document provides a summary of Ihab Eltahan's professional experience in telecommunications operations and project management. Over 7 years, he has held roles such as Transmission Project Manager at Airtel Malawi, Consultant Transmission at NSN Malawi, and Project Manager at Airtel Madagascar. He has extensive experience managing services, network operations centers, field operations, and service level agreements across multiple countries and network equipment vendors including NEC, NSN, Alcatel, and Huawei.
This document provides a summary of Ihab Eltahan's professional experience in telecommunications operations and project management. Over 7 years, he has held roles such as Transmission Project Manager at Airtel Malawi, Consultant Transmission at NSN Malawi, and Project Manager at Airtel Madagascar. He has extensive experience managing services, network operations centers, field operations, and service level agreements across multiple countries and network equipment vendors including NEC, NSN, Alcatel, and Huawei.
Apresentação eduardo grizendi rnp_wtr-sc_2021 v finalEduardo Grizendi
Infraestrutura da RNP – backbone, backhaul e acessos
Parcerias atuais: Elétricas & Telebras
Parcerias para construção de redes metropolitanas
Interiorização em Santa Catarina
Conclusões
Apresentacão eduardo grizendi & thiago silva wtr pr 2021 v final2Eduardo Grizendi
O documento descreve os planos e parcerias da RNP para expandir sua infraestrutura de rede em 100G. A RNP planeja ampliar seu backbone em fibra óptica totalmente em 100G em 2021 e formar parcerias com empresas de energia e provedores para construir novas rotas. A RNP também planeja expandir redes metropolitanas em várias cidades brasileiras por meio de acordos de compartilhamento e permuta de infraestrutura com provedores locais.
This document discusses the Brazilian National Education and Research Network (RNP) and its role in supporting large-scale science in Brazil. It provides an overview of RNP, including that it is a non-profit organization maintained by government funding that builds and operates research and education networks. It also discusses network infrastructure, international collaborations, requirements for data-intensive research, and recommendations for ensuring adequate network performance.
This document discusses using subfluvial optical cables in regions without land-based infrastructure, specifically in the Amazon region of Brazil. It provides context on RNP, Brazil's national research and education network, and its existing infrastructure. It then proposes deploying optical cables along major rivers in the Amazon like the Amazon, Negro and Solimões rivers to expand connectivity where few roads exist. Examples of other regions using sub-aquatic cables for connectivity are also given.
The document discusses the Square Kilometre Array (SKA) radio telescope project and its significance for Africa. It makes three key points:
1) Building the SKA in Africa would be a major breakthrough that could change perceptions of the continent and attract young Africans into STEM fields. It would enable African scientists to conduct "big science" and fundamental research.
2) The SKA presents major economic opportunities for Africa in areas like infrastructure development, scientific skills training, and spin-off industries in fields like computing and engineering. International partnerships on the project could also benefit African universities and industries.
3) South Africa is well-positioned to host the SKA through the progress made on precursors
Improving ICT Support for Large-scale ScienceLeandro Ciuffo
This document provides information about the Brazilian National Education and Research Network (RNP). RNP supports large-scale science through its ICT infrastructure, which includes maintaining and upgrading its national backbone network, building metro networks in major cities, and increasing international connectivity. The document discusses RNP's operations and services, including statistics on its backbone network usage. It provides recommendations for researchers on assessing their network requirements and how to work with RNP to address any performance or connectivity issues.
This document discusses plans for radio astronomy in Africa, specifically focusing on the Square Kilometre Array (SKA) radio telescope project. Key points include:
- The SKA will be the largest radio telescope in the world and will be built partially in South Africa, bringing opportunities for African scientists and economic growth.
- The SKA will enable discoveries in fields like galaxy evolution, cosmology, and the search for life in space. It will produce vast amounts of data requiring advanced computing.
- Building the SKA requires developing science and engineering skills in Africa to support construction and operations over 50 years, potentially attracting young talent and spurring new industries.
- International collaboration through groups like the SKA Organization and
This document summarizes information about the Square Kilometre Array (SKA) telescope project, including:
1) SKA is an international effort to build the world's largest radio telescope, with Phase 1 construction from 2018-2024 across sites in Australia and South Africa.
2) SKA will consist of thousands of antennas and dishes to study topics like the first stars/galaxies, galaxy evolution, and more.
3) Managing and analyzing the enormous amounts of data produced by SKA poses big data challenges that African countries are working to address through initiatives like the African VLBI Network and a proposed African Data Intensive Research Cloud.
Internet of Space - Communication Systems for Future Space-bases Internet Ser...Paulo Milheiro Mendes
1) The document discusses the potential for satellite constellations in low Earth orbit (LEO) to enable a space-based internet through providing global connectivity with lower latency than traditional geostationary satellites.
2) Emerging LEO constellations from companies like SpaceX, OneWeb, and Telesat promise speeds close to fiber with nearly full global coverage and latency around 25ms.
3) For the space internet to be realized, challenges around developing low-cost user terminals, multi-tenant cooperation between constellations, and addressing different traffic needs across orbital regimes must be overcome.
PLNOG 22 - Aleksandra Chećko, Robert Cieloch - 5G: wydatek czy oszczędność?PROIDEA
The document discusses the costs of 5G network deployments and compares macro cells, distributed antenna systems (DAS), small cells, and software-defined radio access networks (SD-RAN). SD-RAN offers 1.5-1.9x higher capacity than other options for the same coverage area and has total cost of ownership (TCO) that is 1.3-2.7x lower. SD-RAN provides scalable capacity expansion and more cost-efficient coverage compared to traditional macro cell networks.
In this OFC presentation, Niall Robinson reviewed the current status of white box technology and explored the future of this exciting space. He also looked at the most recent activity of the Open Optical and Packet Transport Project, the design of the Voyager solution and at where this fast-moving networking industry initiative is headed.
The document discusses the Square Kilometre Array (SKA) radio telescope project in Africa. Key points include:
- The SKA will be the largest radio telescope in the world and building it in Africa is a major opportunity for scientific and economic development.
- It will consist of thousands of antennas across Africa and Australia and generate exabytes of data per day, requiring advanced computing capabilities.
- Building the SKA in Africa can attract young scientists, drive skills development in areas like computing, and potentially lead to Nobel Prizes from African researchers.
- South Africa is hosting the SKA through precursors like MeerKAT, which is helping test technologies and train scientists and engineers. Other African countries
Paper eduardo grizendi & others uc2019 final versionEduardo Grizendi
This document summarizes RNP's strategy to deploy optical infrastructure in partnership with electrical companies and ISPs in Brazil. RNP aims to improve its network to better support research and education by building fiber routes along existing electrical infrastructure through partnerships. This allows RNP to significantly reduce costs by sharing infrastructure construction and maintenance costs rather than purchasing or renting dark fiber individually. RNP is deploying its new 100Gbps backbone network in phases along 6,900km of fiber provided by Chesf, 4,600km from Furnas, and 5,000km from Eletrosul. RNP is also partnering with other electrical companies and ISPs to deploy metropolitan networks through joint construction, lowering costs while ensuring infrastructure maintenance.
Challenges and opportunities on testing lte backhaul via satelliteCPqD
Embratel Star One operates 7 satellites that provide satellite infrastructure for applications like TV, broadband networks, and telephony across Brazil and Latin America. Testing was conducted to evaluate integrating LTE networks with satellite backhaul. Two scenarios were tested: with the EPC located at the VSAT terminal and with the EPC located at the hub. Performance was improved with the EPC at the VSAT terminal, with higher throughput and lower latency. The results showed good user experience for voice services and sustainable data rates compatible with satellite capacity. Further challenges include improving traffic acceleration and testing EPC split between the VSAT and hub.
Archiving data from Durham to RAL using the File Transfer Service (FTS)Jisc
From Jisc's campus network engineering for data-intensive science workshop on 19 October 2016.
https://www.jisc.ac.uk/events/campus-network-engineering-for-data-intensive-science-workshop-19-oct-2016
This document summarizes the HPC landscape and major supercomputers in Brazil. It discusses the top two supercomputers, SDumont (1 Petaflop) hosted by LNCC and ranked #146 on the Top 500, and Tupã (258 Teraflops) hosted by INPE and ranked #347. It also outlines the HPC4E project, a joint EU-Brazil initiative focused on developing HPC simulation tools for energy industries. Finally, it briefly mentions planned new undersea cables connecting Brazil to Europe and Africa by 2017 that could increase network capacity and connectivity for HPC systems in Brazil.
The Next Generation Multimode Fiber: Wide Bandwidth MMFLizGoldsmith
Learn about Wide Band Multimode Fiber (WBMMF) -- the application drivers, multiplexing technology, parallel fiber transmission, and Short Wavelength Wave Division Multiplexing. This presentation will also review the cabling evolution roadmap and the WBMMF specification framework.
This document discusses the development of data infrastructure for the Square Kilometre Array (SKA) radio telescope project. It provides timelines for SKA and its precursors, highlighting the exponential growth of data that will be produced. It outlines challenges of managing large data volumes and empowering users. It describes some existing and planned facilities for SKA regional science and data centers, including collaborations between South African and international institutions. These centers will be important for processing and analyzing data from pre-SKA telescopes like MeerKAT and distributing data to global research teams.
The FIBRE project created a federated experimental infrastructure connecting 10 institutions in Brazil and 3 in Europe for Future Internet research. It designed and implemented a shared research facility between Brazil and Europe to support joint experimentation. The infrastructure included programmable network islands at each location interconnected through a control plane and data plane. Several technology pilots were developed to demonstrate capabilities like seamless mobility, high quality video streaming, and bandwidth on demand services. The project provided valuable experience for both European and Brazilian partners in testbed design, federation, and international collaboration on Future Internet research.
This document provides a summary of Ihab Eltahan's professional experience in telecommunications operations and project management. Over 7 years, he has held roles such as Transmission Project Manager at Airtel Malawi, Consultant Transmission at NSN Malawi, and Project Manager at Airtel Madagascar. He has extensive experience managing services, network operations centers, field operations, and service level agreements across multiple countries and network equipment vendors including NEC, NSN, Alcatel, and Huawei.
This document provides a summary of Ihab Eltahan's professional experience in telecommunications operations and project management. Over 7 years, he has held roles such as Transmission Project Manager at Airtel Malawi, Consultant Transmission at NSN Malawi, and Project Manager at Airtel Madagascar. He has extensive experience managing services, network operations centers, field operations, and service level agreements across multiple countries and network equipment vendors including NEC, NSN, Alcatel, and Huawei.
Apresentação eduardo grizendi rnp_wtr-sc_2021 v finalEduardo Grizendi
Infraestrutura da RNP – backbone, backhaul e acessos
Parcerias atuais: Elétricas & Telebras
Parcerias para construção de redes metropolitanas
Interiorização em Santa Catarina
Conclusões
Apresentacão eduardo grizendi & thiago silva wtr pr 2021 v final2Eduardo Grizendi
O documento descreve os planos e parcerias da RNP para expandir sua infraestrutura de rede em 100G. A RNP planeja ampliar seu backbone em fibra óptica totalmente em 100G em 2021 e formar parcerias com empresas de energia e provedores para construir novas rotas. A RNP também planeja expandir redes metropolitanas em várias cidades brasileiras por meio de acordos de compartilhamento e permuta de infraestrutura com provedores locais.
AOPF AONOG 2020: Estratégia da RNP para implantação de infraestruturas óptica...Eduardo Grizendi
Apresentar essa estratégia, compartilhando com ISPs e outras NRENs que também sofrem com a falta de uma boa e robusta infraestrutura de telecomunicações para oferecer seus serviços, esse aprendizado adquirido nos últimos anos.
A RNP planeja expandir sua rede de fibra óptica em parceria com empresas elétricas e ISPs. O plano inclui iluminar rotas de backbone a 100G, construir redes metropolitanas em conjunto com ISPs, e realizar permutas de fibras e equipamentos. O objetivo é compartilhar infraestrutura e custos para levar conectividade a mais regiões do Brasil.
Palestra UFSCar Agência de Inovação agosto 2018 Eduardo Grizendi
O documento discute incentivos fiscais para projetos cooperativos entre empresas e universidades públicas e privadas. Ele aborda conceitos de inovação, gestão da inovação, incentivos fiscais à inovação no Brasil (Lei do Bem), alterações na Lei do Bem, estruturação de NITs, e parcerias entre universidades e empresas.
Motivação para a inovação, Conceito de inovação, Inovação tecnológica, Modelo de Inovação Aberta. Aproveitamento dos resultados de P&D.Start-up& Spin-offs.Tecnologias selecionadas para a Vitrine de Inovação do InovaLácteos 2017 30 maiores inovações em 30 anos. Processo de Destruição Criativa. Conclusões
Palestra eduardo grizendi estratégias para projeto de inovação - o processo...Eduardo Grizendi
Motivação para a inovação, Conceito de inovação, Inovação tecnológica, Modelo de Inovação Aberta. Gestão da Inovação A TIC e a Inovação. Aproveitamento dos resultados de P&D.Start-up& Spin-offs. O processo de inovação da RNP. 30 maiores inovações em 30 anos. Processo de Destruição Criativa. Conclusões
Infra estrutura de telecomunicações de longa distância no brasil eduardo griz...Eduardo Grizendi
O documento apresenta um levantamento da infraestrutura óptica de longa distância no Brasil, descrevendo as redes das principais concessionárias e autorizadas do serviço de telecomunicações. Detalha a extensão e composição das redes de cada operadora, identificando as rotas, origens históricas e regiões cobertas. O objetivo é mapear a oferta existente de infraestrutura para negociação e utilização pela Rede Nacional de Ensino e Pesquisa.
Palestra gestão da inovação e a indústria cervejeira eduardo grizendi ficc 2015Eduardo Grizendi
O documento discute a gestão da inovação na indústria cervejeira. Em três frases:
Discutiu os conceitos de inovação, modelos de inovação aberta e a gestão da inovação, incluindo os caminhos para a inovação como a geração de spin-offs e a estratégia de spin-in. Também abordou o marco legal da inovação no Brasil e a importância da propriedade intelectual na inovação.
O documento discute tecnologias e tendências em redes ópticas, incluindo FTTX, TDM-PON, WDM-PON e DWDM. Também descreve parcerias atuais e oportunidades de negócios com a RNP, como o programa Veredas Novas e RFPs para provedores fornecerem acesso de banda larga para instituições no interior do país. A visão da RNP é levar 100Mbps e 1Gbps para mais instituições e construir redes metropolitanas próprias em fibra óptica nas principais cid
Conceitos de Inovação. Modelo de Inovação Aberta. Funil da Inovação.Gestão da Inovação na indústria Leite e derivados. Importância da Propriedade Intelectual. Marco Legal da Inovação. Incentivos a inovação. Lei do Bem. Gestão das Oportunidades Tecnológicas. Parceria Universidade Empresa. Caminhos para inovação
Palestra gestão da inovação e a indústria cervejeira eduardo grizendi brasil ...Eduardo Grizendi
O documento discute os seguintes tópicos:
1) Conceitos de inovação, incluindo definições de inovação segundo Schumpeter, Manual de Oslo e leis brasileiras;
2) Modelo de inovação aberta e oportunidades que ele oferece;
3) Gestão da inovação e seus principais elementos como gestão de propriedade intelectual e gestão de recursos para inovação.
1) O documento discute as infraestruturas de rede da RNP e seus planos para as próximas décadas. 2) A RNP opera a rede acadêmica brasileira e planeja expandir sua rede backbone para 100 Gbps, construir novos anéis de fibra óptica, e formar parcerias com estados e provedores locais. 3) Os planos incluem ampliar as redes metropolitanas, melhorar a conectividade internacional, e minimizar custos por meio de permutas de fibra com outras organizações.
Mini curso gestão da inovação eduardo grizendi maio 2015.Eduardo Grizendi
[1] O documento apresenta uma introdução à gestão da inovação em empresas de TIC, abordando conceitos como motivação, conceitos, a TIC e a inovação, gestão da inovação, incentivos e oportunidades para a inovação.
[2] A gestão da inovação envolve a gestão do processo de inovação, propriedade intelectual, oportunidades tecnológicas, recursos e incentivos para inovação, transferência de tecnologia e empresas nascentes.
[3] O modelo de inovação aberta ofere
Palestra debate ufjf inovação tecnológica as oportunidades para juiz de fo...Eduardo Grizendi
Eduardo Grizendi apresenta sobre inovação tecnológica e as oportunidades para Juiz de Fora e região. A apresentação discute conceitos de inovação, a gestão da inovação, as oportunidades através de caminhos para inovação e conclusões.
Palestra itajubá inovação aberta eduardo grizendi novembro 2013.Eduardo Grizendi
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Presented by Vladimir Iglovikov:
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Metrics: The success indicators such as downloads, daily active users, GitHub stars, and financial contributions.
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Development Practices: Best practices for creating, maintaining, and scaling open-source libraries, including code hygiene, CI/CD, and fast iteration.
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GitHub: https://github.com/albumentations-team/albumentations
Website: https://albumentations.ai/
LinkedIn: https://www.linkedin.com/company/100504475
Twitter: https://x.com/albumentations
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The modern software delivery process (or the CI/CD process) includes many tools, distributed teams, open-source code, and cloud platforms. Constant focus on speed to release software to market, along with the traditional slow and manual security checks has caused gaps in continuous security as an important piece in the software supply chain. Today organizations feel more susceptible to external and internal cyber threats due to the vast attack surface in their applications supply chain and the lack of end-to-end governance and risk management.
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Bob Boule
Robert Boule is a technology enthusiast with PASSION for technology and making things work along with a knack for helping others understand how things work. He comes with around 20 years of solution engineering experience in application security, software continuous delivery, and SaaS platforms. He is known for his dynamic presentations in CI/CD and application security integrated in software delivery lifecycle.
Gopinath Rebala
Gopinath Rebala is the CTO of OpsMx, where he has overall responsibility for the machine learning and data processing architectures for Secure Software Delivery. Gopi also has a strong connection with our customers, leading design and architecture for strategic implementations. Gopi is a frequent speaker and well-known leader in continuous delivery and integrating security into software delivery.
2. • Objective
• RNP activities
• RNP Backbone 100G 2021
• International R&E links by 2021
• GXPs – SAX & SoL
• Routes in progress
• Conclusion
Agenda
3. Objective
….provide an Update on RNP activities in support of data movement
between the observatories in Chile and the R&E communities in South
America, Africa, the U.S., Europe and other destinations of interest.
AMLIGHT SAACC Virtual Meeting
Invitation of March 25, 2021
4. RNP activities in support of AmLight-ExP Network Infrastructure today
Express Ring: Boca Raton – Fortaleza - São Paulo (green
lines)
‒ Joint Engineering Team FIU - RNP
‒ 6 x 100G links: 4 managed by RNP, supported by FIU &
ANSP
100G Protect Ring: Miami-Fortaleza, Fortaleza-Sao
Paulo, Sao Paulo-Santiago, Santiago-Panama, and
Panama-Miami (red lines)
‒ Joint Engineering Team FIU-RNP-RedCLARA
‒ 5 x 100G links: managed by FIU, support by RNP, ANSP
& RedCLARA
Operation of 2 Global Exchange Points (GXP) in Brazil:
‒ SAX, Fortaleza and
‒ SOL*, São Paulo.
4
SAX
SOL
* Jointly with ANSP.
5. RNP backbone network and connections in 2021
(https://www.rnp.br/en)
• R&E backbone network with
government support since 1992.
• Point of presence (PoP) in each state
‒ More than 1500 sites are
connected, and, in more than 40
cities, by means of RNP’s own
metro networks.
• Currently being upgraded to N x 100G
by 2022.
• International connections via RedClara
& Amlight
• In July - 2021, an new international
connection to Europe should be
activated through the BELLA (Building
Europe Link Latin America) Project
‒ Use of the Ellalink Cable
5
6. Brazil already operates the SouthernLight (SoL) GXP in São Paulo,
• Interconnect the N-S cables from the US used by R&E
networks (Monet, SAC/LAN), the Brazilian R& E networks
(ANSP, RNP) and RedClara
To cater for this new international connectivity, RNP has provided the
new GXP in Fortaleza, called SAX - South America eXchange,
• interconnecting the Monet, SACS and SAC/LAN cables
In December 2019, using SACS and WACS cables, connectivity was
extended from SAX to the South African NREN (TENET/SANREN).
• This is the first trans South Atlantic link for R&E networks,
substantially shortening distances, and thus latency, between
Africa and the Americas, especially South America.
• One benefit: Increased redundancy with new South Atlantic
routes (see recent WACS cable outage, backed up by
SACS+Monet)
In July, 2021, SAX will also host BELLA Project’s Channels , from
Ellalink, to link South America and Europe
International R&E links by 2021 & GXPs
7. 7
SAX (South America eXchange) – Fortaleza
Current configuration:
• 200G Monet + 100G SACS - Angonap Datacenter
‒ Juniper MX10003 router
• 100G SAC/LAN - CLS TiSparkle
‒ Juniper MX204 router
• These sites are interconnected since Dec 2020
Updates:
• Brocade MLXe8 replaced by a Juniper MX204 in
TiSparkle site – Dec 2020
• Amlight-Exp (200G Monet) and Amlight-Protect
(100G SAC/LAN) are interconnected using an 100G
ring between the sites – Dec 2020
• PerfSONAR node installed with 100G capability –
4Q2020
SAX
SOL
8. SAX (South America eXchange) – Fortaleza – 2021+
2021
• A topology optimized underground dark fiber ring
connecting the main sites in Praia do Futuro, Fortaleza
(Angonap, CLS TiSparkle, CLS Telxius and CLS Globenet)
• Delivery and publicy the Service and Policy descriptions
of SAX
• Split the current full redundant router in 2 routers with
only one 1.2 Tb/s linecard to enhance the redundancy
• Design automation workflow
• Planning the reconfiguration of the nodes into a single
domain, and adoption of EVPN (VPWS) in order to
simplify the setup of virtual circuits.
2022+ (in discussion – not committed)
• New routers in CLS Telxius and TiSparkle
• Virtual router as a service (eg: Junos Logical Systems) to
facilitate peering's for remote connectors
RNP’s SAX router
in Angonap
9. 9
SOL (SouthernLight) – São Paulo – 2021~2022
2021
• Acquisition of a Noviflow switch with 32x100G ports
(Amlight’s new generation SDN equipment). Arrived
in Brazil, in process of customs clearence.
• A new dark fiber in São Paulo connecting the main
sites of interest: RNP PoPs (USP and NIC-JD), Equinix
SP2, SP3 and SP4.
• RFI/RFP – DWDM line system for service protection
considering the new topology
2022 (in discussion – not committed)
• Acquisition of a second Noviflow switch to replace
the current Juniper MX10003 router
Brocade MLXe8 Noviflow WB5132
Noviflow WB5132
Noviflow WB5132
Juniper MX10003 Juniper MX10003
2020 2021 2022
+ + +
10. Routes in Southeast & South - OPGW optical fiber
RNP Right of Use of optical fiber, for 20 years
Southeast:
• Rio de Janeiro – São Paulo (green): 4Q2021
Southeast – South:
• São Paulo/SP – Curitiba/PR (green): 2Q2021
• The 1st 100G to be a shared link between RNP, Vera
Rubin* and Bella.
South:
• Curitiba/PR – Florianópolis/SC – Porto
Alegre/RS (red): activated
Curitiba/PR
Porto Alegre/RS
Florianópolis/SC
São Paulo/SP
Rio de Janeiro/RJ
11. Routes in Northeast & Southeast - OPGW optical fiber
RNP Right of Use of optical fiber, for 20 years
Northeast:
• Fortaleza/CE – Salvador/BA: (green): activated
Northeast - Southeast:
• Salvador/BA – Rio de Janeiro/RJ – (red): 4Q 2021
Salvador/BA
Fortaleza/CE
Rio de Janeiro/RJ
12. Conclusions
RNP 100G Backbone 2021 “is on its way”
• Still need to complete São Paulo
– Porto Alegre route & Salvador –
Rio de Janeiro
Partnership w/ FIU/AmLight networks &
SAACC has been fundamental
SAX & important new international routes
within South America, Africa and Europe