Report
Share
Download to read offline
Recommended
P4 en jardines
Actividad de intercambio sobre concepto y aplicación de la prevención cuaternaria. Participan 2o docentes y Residentes de Medicina Familiar y comunitaria.
Centro de Salud Jardines del Hipodromo.
UDA Jardines.
Equipo docentes por parte del Grupo de Trabajo de Prevención Cuaternaria: Prof. Marcela Cuadrado, Miguel Pizzanelli. 26 de setiembre 2014.
P4 en iberoamérica hoy futuro-4congreso_cimf
Presentación utilizada en el XIII Congreso de Medicina Familiar y General de la Federación Argentina de Medicina Familiar y General (FAMFyG):Jornadas Internacionales de Prevención Cuaternaria, realizadas los días 9, 10 y 11 de octubre de 2014 en la Universidad Nacional del Nordeste, en la provincia de Corrientes. Coordinación Jorge Bernstein, Miguel Pizzanelli.
Introduccion a la Prevención Cuaternaria_La matanza_Buenos Aires_Oct 2015
Presentación de respaldo para la exposición de Miguel Pizzanelli el 26 de octubre de 2015, en San Justo la Matanza, Buenos Aires, Argentina. Convocan: Hospital Italiano de Buenos Aires y Universidad Nacional de La Matanza. Organizada por Comisión de Prevención Cuaternaria de la Federación Argentina de Medicina Familiar y General, Dr Riardo La Valle. Expsitores: Mariana Mariño, Karin Kopitowsky, Ricardo La Valle, Miguel Pizzanelli.
Miguel Pizzanelli: Coordinador del Grupo de interés en Prevención Cuaternaria de CIMF/WONCA. Coordinador del Grupo de Trabajo en Prevención Cuaternaria de la Sociedad Uruguaya de Medicina Familiar y Comunitaria.
Enlace del la presentación en Prezi: https://prezi.com/mmeso8yvnzk6/introduccion-al-concepto-de-prevencion-cuaternaria/?utm_campaign=share&utm_medium=copy
Taller sobre Prevención Cuaternaria, Facultad de enfermería_junio 2015
Este documento presenta una introducción a la prevención cuaternaria. Define la prevención cuaternaria como acciones para identificar a pacientes en riesgo de sobremedicalización y proponer cuidados éticos y medicamentos aceptables. Explica los cuatro campos que surgen de cruzar la percepción del paciente y el médico, incluyendo el territorio IV donde la ansiedad del paciente se encuentra con la del médico.
Prevención cuaternaria allende 12_jan2012
Presentación sobre el concepto de la prevención cuaternaria realizada en la UDA Salvador Allende de Barros Blancos. Se utilizo como motivadora para un encuentro de Residentes de Medicina Familiar y Comunitaria de la UDA que se realizó el 19 de enero de 2012.
Realizada por Miguel Pizzanelli
Tutorial LACNOG/LACNIC26 SDN&NFV
Tutorial de SDN&NFV, cubre:
1.- Introducción a Open Networking
2.- SDN
3.- NFV
4.- Network Programmability
Considerations for Operating An OpenStack Cloud
My talk from All Things Open 2014
Over the past four years, OpenStack has become a widely adopted cloud operating system. Cloud computing has made many tasks like creating new servers and networks easy for end users by creating abstractions above the infrastructure. However, cloud operators need to maintain not only the cloud operating system itself, but all of the underpinning systems beneath it. The challenges of managing a set of distributed systems isn’t small, but with proper tooling is well within reach. This talk will discuss considerations for cloud operators such as logging, storage, monitoring, high availability, configuration management with a focus on OpenStack clouds with a focus on open source solutions for common issues encountered when operating an OpenStack cloud. We’ll consider data gathered from the community and discuss “day 1″ and “day 2″ concerns as well as established patterns and technology choices among OpenStack deployers today.
Recommended
P4 en jardines
Actividad de intercambio sobre concepto y aplicación de la prevención cuaternaria. Participan 2o docentes y Residentes de Medicina Familiar y comunitaria.
Centro de Salud Jardines del Hipodromo.
UDA Jardines.
Equipo docentes por parte del Grupo de Trabajo de Prevención Cuaternaria: Prof. Marcela Cuadrado, Miguel Pizzanelli. 26 de setiembre 2014.
P4 en iberoamérica hoy futuro-4congreso_cimf
Presentación utilizada en el XIII Congreso de Medicina Familiar y General de la Federación Argentina de Medicina Familiar y General (FAMFyG):Jornadas Internacionales de Prevención Cuaternaria, realizadas los días 9, 10 y 11 de octubre de 2014 en la Universidad Nacional del Nordeste, en la provincia de Corrientes. Coordinación Jorge Bernstein, Miguel Pizzanelli.
Introduccion a la Prevención Cuaternaria_La matanza_Buenos Aires_Oct 2015
Presentación de respaldo para la exposición de Miguel Pizzanelli el 26 de octubre de 2015, en San Justo la Matanza, Buenos Aires, Argentina. Convocan: Hospital Italiano de Buenos Aires y Universidad Nacional de La Matanza. Organizada por Comisión de Prevención Cuaternaria de la Federación Argentina de Medicina Familiar y General, Dr Riardo La Valle. Expsitores: Mariana Mariño, Karin Kopitowsky, Ricardo La Valle, Miguel Pizzanelli.
Miguel Pizzanelli: Coordinador del Grupo de interés en Prevención Cuaternaria de CIMF/WONCA. Coordinador del Grupo de Trabajo en Prevención Cuaternaria de la Sociedad Uruguaya de Medicina Familiar y Comunitaria.
Enlace del la presentación en Prezi: https://prezi.com/mmeso8yvnzk6/introduccion-al-concepto-de-prevencion-cuaternaria/?utm_campaign=share&utm_medium=copy
Taller sobre Prevención Cuaternaria, Facultad de enfermería_junio 2015
Este documento presenta una introducción a la prevención cuaternaria. Define la prevención cuaternaria como acciones para identificar a pacientes en riesgo de sobremedicalización y proponer cuidados éticos y medicamentos aceptables. Explica los cuatro campos que surgen de cruzar la percepción del paciente y el médico, incluyendo el territorio IV donde la ansiedad del paciente se encuentra con la del médico.
Prevención cuaternaria allende 12_jan2012
Presentación sobre el concepto de la prevención cuaternaria realizada en la UDA Salvador Allende de Barros Blancos. Se utilizo como motivadora para un encuentro de Residentes de Medicina Familiar y Comunitaria de la UDA que se realizó el 19 de enero de 2012.
Realizada por Miguel Pizzanelli
Tutorial LACNOG/LACNIC26 SDN&NFV
Tutorial de SDN&NFV, cubre:
1.- Introducción a Open Networking
2.- SDN
3.- NFV
4.- Network Programmability
Considerations for Operating An OpenStack Cloud
My talk from All Things Open 2014
Over the past four years, OpenStack has become a widely adopted cloud operating system. Cloud computing has made many tasks like creating new servers and networks easy for end users by creating abstractions above the infrastructure. However, cloud operators need to maintain not only the cloud operating system itself, but all of the underpinning systems beneath it. The challenges of managing a set of distributed systems isn’t small, but with proper tooling is well within reach. This talk will discuss considerations for cloud operators such as logging, storage, monitoring, high availability, configuration management with a focus on OpenStack clouds with a focus on open source solutions for common issues encountered when operating an OpenStack cloud. We’ll consider data gathered from the community and discuss “day 1″ and “day 2″ concerns as well as established patterns and technology choices among OpenStack deployers today.
SDN use cases_2014
This document discusses software defined networking (SDN) and provides four use cases for SDN: 1) an application delivery network (ADN) that virtualizes firewall, load balancing, and routing functions, 2) simulated central policy control that allows network changes to be tested without disrupting live traffic, 3) tapping network traffic for monitoring using OpenFlow switches instead of additional hardware, and 4) using SDN in wide area networks to inject layer 3-7 services and gain traffic engineering benefits like auto-routing. The document positions a company's SDN product which will launch on an HP SDN app store and be demonstrated at the INTEROP conference in Las Vegas.
SD ADN.v.1.02
This document discusses networking requirements for a customer and compares traditional and software defined network options. It proposes a software defined application delivery network using virtualized firewalling, load balancing and routing. This is estimated to provide 50-70% lower capital expenses and 60-80% lower operating expenses compared to the traditional network option. Major players in software defined networking are also listed.
Product positioning ss_v.1.03
This document discusses software-defined networking (SDN) and network orchestration. It asks common questions about SDN and describes how network engineering tasks are simplified in a SDN world using an orchestration approach. Screenshots of an SDN orchestration product from ECODE Networks are provided, showing features like monitoring, design, policy configuration, analytics, and quality of service controls.
HP Solution Brief
Evolve is a software solution powered by HP's VAN SDN Controller that allows enterprises to orchestrate their network services dynamically on demand. It eliminates the need for traditional network routing and switching and provides benefits like lower costs, real-time network monitoring and analysis, and the ability to safely test and simulate network changes before production deployment. Evolve includes applications like Canvas to design networks, Control to simulate existing networks, and Netlyzer to monitor traffic and automatically implement firewall policies upon detecting threats.
Evolve v2.3 data_sheet
Ecode Networks' Evolve product provides software-defined networking orchestration through an easy-to-use solution that controls all aspects of SDN. It delivers a centralized control plane with a simplified, protocol-independent network structure. Evolve eliminates the need for traditional networking devices and features, reducing complexity. It also offers enhanced programmability, security, and operational performance monitoring while lowering costs.
Evolve automation v1.01 - White Paper
This document discusses the challenges of traditional network configuration management approaches and proposes software-defined networking (SDN) as a solution. Specifically, it notes that traditional approaches are time-consuming, error-prone, lack centralized control, and make ensuring compliance and strategic management difficult. SDN is presented as simplifying network management by using a centralized controller to abstractly manage the entire network, allowing for automation, programmability, flexibility, and easier management of changes, security, and compliance. The controller gives administrators a holistic view and control over network traffic routing and configuration.
SDN Basics
This document discusses the evolution from traditional proprietary and vertically integrated network architectures to software-defined networks (SDN). It outlines some of the key benefits of SDN such as increased network utilization, faster failure handling, and more rapid innovation. Several companies that are involved in SDN including Google, Juniper, Arista, and Radware are profiled. The document provides examples of how SDN enables network programmability through software applications and controllers to optimize network resources and functionality.
Ecode intro v.2.03
The document outlines a company's mission to deliver innovative network solutions maximizing customer profit through their product Evolve, which provides layer 4-7 service provisioning, centralized firewalling, load balancing, and management capabilities. Formed in 2009, the company has offices in the UK and India and collaborates with major vendors to offer their Networking as a Service through the Evolve product and SDN use case solutions.
Evolve_positioning_ss_v.1.03
This document discusses SDN orchestration and ECODE Networks' SDN orchestration product. It provides an overview of how SDN orchestration addresses common challenges with traditional network engineering approaches. Screenshots of ECODE's orchestration product are shown, including the dashboard, canvas, control, netlyzer, and flowrector features. Contact information is provided at the end.
SDN Application Delivery
The document discusses networking requirements for a customer including secure internet access, load balancing, data security, scalability, and cost reduction. It presents two options - a traditional hardware-based network with firewalls, load balancers and switches, and a software-defined network (SDN) using virtualized components and centralized control. The SDN option is estimated to provide 50-70% lower capital costs and 60-80% lower operating costs while offering benefits like simplified management, performance, and innovation. Major players in the emerging SDN market are also listed.
Old vs New
The document discusses the limitations of a distributed control plane including complex design, difficult management, and lack of innovation. It then presents the benefits of a centralized control plane such as simple structure, easy deployment and maintenance, rapid innovation, and open architecture.
SDN Evolve primer.v.1.00
This document outlines a network architecture with three layers: an application layer for orchestration and centralized control, a centralized control layer for coordinating packet forwarding, and a packet forwarding layer for routing packets. It aims to provide automation, centralized control, and end-to-end visibility across the network. The architecture is designed by Ecode Networks, a London-based networking company founded by Nimit Shishodia.
SDN
This document discusses the emerging technology of software defined networks (SDN). It begins by comparing the traditional vertically integrated network model to the new horizontal SDN model. SDN allows for network control to be separated from the forwarding function through open interfaces. This enables rapid innovation, standardization, and new applications. Examples are given of early adopting companies like Google and startups creating SDN controllers and applications. The benefits of SDN include increased network programmability, virtualization, visibility, and flexibility.
More Related Content
More from Nimit Shishodia
SDN use cases_2014
This document discusses software defined networking (SDN) and provides four use cases for SDN: 1) an application delivery network (ADN) that virtualizes firewall, load balancing, and routing functions, 2) simulated central policy control that allows network changes to be tested without disrupting live traffic, 3) tapping network traffic for monitoring using OpenFlow switches instead of additional hardware, and 4) using SDN in wide area networks to inject layer 3-7 services and gain traffic engineering benefits like auto-routing. The document positions a company's SDN product which will launch on an HP SDN app store and be demonstrated at the INTEROP conference in Las Vegas.
SD ADN.v.1.02
This document discusses networking requirements for a customer and compares traditional and software defined network options. It proposes a software defined application delivery network using virtualized firewalling, load balancing and routing. This is estimated to provide 50-70% lower capital expenses and 60-80% lower operating expenses compared to the traditional network option. Major players in software defined networking are also listed.
Product positioning ss_v.1.03
This document discusses software-defined networking (SDN) and network orchestration. It asks common questions about SDN and describes how network engineering tasks are simplified in a SDN world using an orchestration approach. Screenshots of an SDN orchestration product from ECODE Networks are provided, showing features like monitoring, design, policy configuration, analytics, and quality of service controls.
HP Solution Brief
Evolve is a software solution powered by HP's VAN SDN Controller that allows enterprises to orchestrate their network services dynamically on demand. It eliminates the need for traditional network routing and switching and provides benefits like lower costs, real-time network monitoring and analysis, and the ability to safely test and simulate network changes before production deployment. Evolve includes applications like Canvas to design networks, Control to simulate existing networks, and Netlyzer to monitor traffic and automatically implement firewall policies upon detecting threats.
Evolve v2.3 data_sheet
Ecode Networks' Evolve product provides software-defined networking orchestration through an easy-to-use solution that controls all aspects of SDN. It delivers a centralized control plane with a simplified, protocol-independent network structure. Evolve eliminates the need for traditional networking devices and features, reducing complexity. It also offers enhanced programmability, security, and operational performance monitoring while lowering costs.
Evolve automation v1.01 - White Paper
This document discusses the challenges of traditional network configuration management approaches and proposes software-defined networking (SDN) as a solution. Specifically, it notes that traditional approaches are time-consuming, error-prone, lack centralized control, and make ensuring compliance and strategic management difficult. SDN is presented as simplifying network management by using a centralized controller to abstractly manage the entire network, allowing for automation, programmability, flexibility, and easier management of changes, security, and compliance. The controller gives administrators a holistic view and control over network traffic routing and configuration.
SDN Basics
This document discusses the evolution from traditional proprietary and vertically integrated network architectures to software-defined networks (SDN). It outlines some of the key benefits of SDN such as increased network utilization, faster failure handling, and more rapid innovation. Several companies that are involved in SDN including Google, Juniper, Arista, and Radware are profiled. The document provides examples of how SDN enables network programmability through software applications and controllers to optimize network resources and functionality.
Ecode intro v.2.03
The document outlines a company's mission to deliver innovative network solutions maximizing customer profit through their product Evolve, which provides layer 4-7 service provisioning, centralized firewalling, load balancing, and management capabilities. Formed in 2009, the company has offices in the UK and India and collaborates with major vendors to offer their Networking as a Service through the Evolve product and SDN use case solutions.
Evolve_positioning_ss_v.1.03
This document discusses SDN orchestration and ECODE Networks' SDN orchestration product. It provides an overview of how SDN orchestration addresses common challenges with traditional network engineering approaches. Screenshots of ECODE's orchestration product are shown, including the dashboard, canvas, control, netlyzer, and flowrector features. Contact information is provided at the end.
SDN Application Delivery
The document discusses networking requirements for a customer including secure internet access, load balancing, data security, scalability, and cost reduction. It presents two options - a traditional hardware-based network with firewalls, load balancers and switches, and a software-defined network (SDN) using virtualized components and centralized control. The SDN option is estimated to provide 50-70% lower capital costs and 60-80% lower operating costs while offering benefits like simplified management, performance, and innovation. Major players in the emerging SDN market are also listed.
Old vs New
The document discusses the limitations of a distributed control plane including complex design, difficult management, and lack of innovation. It then presents the benefits of a centralized control plane such as simple structure, easy deployment and maintenance, rapid innovation, and open architecture.
SDN Evolve primer.v.1.00
This document outlines a network architecture with three layers: an application layer for orchestration and centralized control, a centralized control layer for coordinating packet forwarding, and a packet forwarding layer for routing packets. It aims to provide automation, centralized control, and end-to-end visibility across the network. The architecture is designed by Ecode Networks, a London-based networking company founded by Nimit Shishodia.
SDN
This document discusses the emerging technology of software defined networks (SDN). It begins by comparing the traditional vertically integrated network model to the new horizontal SDN model. SDN allows for network control to be separated from the forwarding function through open interfaces. This enables rapid innovation, standardization, and new applications. Examples are given of early adopting companies like Google and startups creating SDN controllers and applications. The benefits of SDN include increased network programmability, virtualization, visibility, and flexibility.