Deze presentatie wordt gebruikt om belangstellenden op de hoogt te brngen van de problematiek van Breedband Op het Platteland. Kern van het verhaal. zorg voor vraagbundeling door bewoners. Betrek ze en er is veel mogelijk. zie ook http://www.janhut.com/index.php/breedband
M. Isuru Tharanga Chrishantha Perera presents on building your own PaaS using Apache Stratos (incubating). Stratos is an open source PaaS framework that can be used to build custom PaaS solutions. It discusses installing Stratos on Amazon EC2, configuring partitions and policies, and demoing the management console. The presentation provides information on configuring and subscribing applications to Stratos.
Cloud integration platforms allow enterprises to connect various cloud applications and on-premise systems. This document discusses the key components of an integration platform as a service (iPaaS) including integration flows, a marketplace for sharing flows, monitoring capabilities, and tools for development and management of integration projects. Integration flows in an iPaaS connect applications using pre-built connectors, data mapping, and reusable integration recipes to address common scenarios.
This document outlines challenges and a proposed architecture for connecting government systems across central, state and local levels. It discusses problems with current paper-based and siloed systems, and proposes a shared architecture with common services, applications, identity management and data. Key elements include citizen and employee portals, centralized workflow, policies and master data, with local customization options. The goal is to move processes from manual to automated while integrating previously disconnected systems and stakeholders in a centralized way.
This document provides an overview of a presentation given by WSO2 on their platform. The agenda includes discussing WSO2's company overview, platform, Carbon architecture, cloud computing, big data analytics, API management, mobile, IoT, and customer use cases. It describes WSO2's vision of being a 100% open source middleware platform and global corporation. It also summarizes some of WSO2's products, Carbon middleware platform, private PaaS architecture, App Factory, data analytics capabilities, IoT/device management, and API management platform. It highlights three customer use cases - eBay using WSO2 for a scalable middleware platform, Boeing using it for an integrated platform, and StubHub using it for
CloudStack and OpenStack both provide platform for managing and deploying virtual infrastructure. CloudStack UI is easier to use and more user friendly, while OpenStack UI is simpler but based on Django framework. CloudStack uses monolithic controller architecture with datacenter model, while OpenStack is more fragmented with shared nothing architecture. CloudStack networking supports basic, advanced, flat and VLAN modes. OpenStack uses security groups and supports flat, DHCP and VLAN modes. CloudStack storage is primary and secondary, while OpenStack uses Cinder for block storage and Swift for object storage. CloudStack deployment is easier while OpenStack typically requires tools like Puppet or Chef.
The document discusses five key principles for architecting applications on AWS: elasticity, designing for failure, loose coupling, security, and performance. It provides examples and services for each principle such as using Amazon EC2 for elasticity, designing with fault tolerance using services like RDS and Route 53, loosely coupling components with services like SQS and SWF, leveraging security services like IAM, and scaling vertically with cluster compute or horizontally using services like ElastiCache for performance.
M. Isuru Tharanga Chrishantha Perera presents on building your own PaaS using Apache Stratos (incubating). Stratos is an open source PaaS framework that can be used to build custom PaaS solutions. It discusses installing Stratos on Amazon EC2, configuring partitions and policies, and demoing the management console. The presentation provides information on configuring and subscribing applications to Stratos.
Cloud integration platforms allow enterprises to connect various cloud applications and on-premise systems. This document discusses the key components of an integration platform as a service (iPaaS) including integration flows, a marketplace for sharing flows, monitoring capabilities, and tools for development and management of integration projects. Integration flows in an iPaaS connect applications using pre-built connectors, data mapping, and reusable integration recipes to address common scenarios.
This document outlines challenges and a proposed architecture for connecting government systems across central, state and local levels. It discusses problems with current paper-based and siloed systems, and proposes a shared architecture with common services, applications, identity management and data. Key elements include citizen and employee portals, centralized workflow, policies and master data, with local customization options. The goal is to move processes from manual to automated while integrating previously disconnected systems and stakeholders in a centralized way.
This document provides an overview of a presentation given by WSO2 on their platform. The agenda includes discussing WSO2's company overview, platform, Carbon architecture, cloud computing, big data analytics, API management, mobile, IoT, and customer use cases. It describes WSO2's vision of being a 100% open source middleware platform and global corporation. It also summarizes some of WSO2's products, Carbon middleware platform, private PaaS architecture, App Factory, data analytics capabilities, IoT/device management, and API management platform. It highlights three customer use cases - eBay using WSO2 for a scalable middleware platform, Boeing using it for an integrated platform, and StubHub using it for
CloudStack and OpenStack both provide platform for managing and deploying virtual infrastructure. CloudStack UI is easier to use and more user friendly, while OpenStack UI is simpler but based on Django framework. CloudStack uses monolithic controller architecture with datacenter model, while OpenStack is more fragmented with shared nothing architecture. CloudStack networking supports basic, advanced, flat and VLAN modes. OpenStack uses security groups and supports flat, DHCP and VLAN modes. CloudStack storage is primary and secondary, while OpenStack uses Cinder for block storage and Swift for object storage. CloudStack deployment is easier while OpenStack typically requires tools like Puppet or Chef.
The document discusses five key principles for architecting applications on AWS: elasticity, designing for failure, loose coupling, security, and performance. It provides examples and services for each principle such as using Amazon EC2 for elasticity, designing with fault tolerance using services like RDS and Route 53, loosely coupling components with services like SQS and SWF, leveraging security services like IAM, and scaling vertically with cluster compute or horizontally using services like ElastiCache for performance.
1. Hoogwaardig breedband op het Drentse platteland
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3. Breedband is geen nutsvoorziening meer!
Marktpartijen gaan alleen voor aandeelhouderswaarde
en niet meer voor maatschappelijk of sociaal belang.
Zo laag mogelijke kosten, zo hoog mogelijke omzet:
Opwaarderen kopernetwerken voor beperkte afstanden
“Witte vlekken” in het kabelnetwerk
Glasvezel alleen in nieuwbouw, compacte steden
Kleine kernen en witte vlekken zijn “onrendabel”
Kabelnetwerken worden vervangen m.u.v. UPC/ZIGGO
Marktpartijen?
6. Glasvezel is de basis voor:
Groei en werkgelegenheid
Economische ontwikkeling
Behoud van waarde van vastgoed
Onderwijs in de toekomst
Wonen en werken
Zorg
Glasvezel is een duurzame oplossing
voor de toekomst
Algemeen
12. ADSL/VDSL over koper
De kabel
Mobiele netwerken GSM/LTE
Glasvezelnetwerken
Beschikbare netwerken
Tja
13. ‘ADSL/VDSL’ over koper
• Hoe langer de afstand, hoe lager de snelheid.
• Oud netwerk’ en VDSL is wellicht de laatste stap op koper.
• Energie gebruik hoog.
• Upload laag en download hoog (Asymmetrisch).
22. 1 •De plaats van het aansluitpunt
Met u bepalen wij de plaats van
het glasvezel modem (meestal in
de meterkast)
In overleg met u bepalen we de
interne bekabeling en
aansluitingen in uw woning
Wanneer u geen abonnement
heeft, dan blijft de kabel bij de
gevel of op de erf grens liggen
23. 2 •De aanleg van het netwerk
Plaatsen van het glasvezelhuisje
Langs alle wegen worden kabels aangelegd:
Veilig, gecontroleerd en met toezicht
Toegang, verkeer en veiligheid staan voorop
In de ochtend open en eind van de dag weer
dicht
Voor toegang woning en oprit wordt gezorgd
24. 3 •De aanleg naar uw woning
Er wordt een afspraak gemaakt voor de installatie
Vanaf de weg naar uw woning wordt:
Met een tuinboring de kabel naar de gevel
gebracht
Vanaf ongeveer 60 cm diep de kabel door de
gevel ingevoerd naar de meterkast
Plaatsen, meten en opleveren van uw
aansluiting
25. 4 •De aanleg in uw woning
Vanaf het glasvezelpunt naar uw apparatuur:
De kabel wordt in de meterkast afgewerkt of als
afgesproken op een andere plaats
overleg met u over de interne bekabeling en
aansluitingen in uw woning
27. 6 •Installatie van uw diensten
Uw dienstenaanbieder installeert:
Het modem
De interne bekabeling naar uw aansluitingen
En zorgt dat alles werkend wordt opgeleverd