Mi vida sobre Ruedas: una retrospectiva histórica a mi vida y mi relación con las ruedas... sobre dos y sobre cuatro ruedas !!!
Como cambia la vida cuando vas sobre ruedas...
Este documento resume los muchos recuerdos y momentos compartidos entre dos amigas a lo largo de sus vidas, incluyendo fiestas de quince años, carretes, amores platónicos, confirmación, viajes, risas, locuras, cursos, natación, comida rápida, fama, coqueteos, y apoyo mutuo a través de los buenos y malos momentos. Resalta que a pesar del paso del tiempo y los cambios en sus vidas, su amistad permanece fuerte.
El documento describe el motor térmico, que transforma la energía térmica producida al quemar un combustible en energía mecánica para realizar un trabajo. Explica que la combustión es el proceso de quemar un combustible con oxígeno y que los motores de combustión interna son aquellos en los que la combustión ocurre dentro del propio motor, usados comúnmente en automóviles y motocicletas. Además, señala que estos motores alternativos se caracterizan por un pistón que se desplaza alternativamente dentro de un cil
El documento describe las partes principales de un automóvil, incluyendo el motor, transmisión y carrocería. Explica cómo funcionan los motores de gasolina y diesel, señalando que los motores diesel tienen aproximadamente un 30% menos de consumo de combustible, utilizan gasoil que es más barato, y producen una combustión más completa con menores emisiones, aunque son más grandes, pesados y caros.
El documento habla sobre la degradación de la energía. Explica que aunque la energía se conserva cuantitativamente, se degrada cualitativamente tras cada transformación, volviéndose menos útil. Menciona algunos ejemplos de transformaciones energéticas como la electricidad a calor. También define el rendimiento como la relación entre la energía útil obtenida y la energía total aportada. Por último, resume brevemente diferentes tipos de centrales eléctricas como hidroeléctrica, solar y de combustibles fósiles.
El documento describe el principio de conservación de la energía y cómo la energía solar se transforma a través de varios procesos naturales en energía eléctrica en una central hidroeléctrica. También explica que la energía eventualmente se degrada en calor que se disipa en el ambiente y no puede ser aprovechada de forma útil, por lo que debemos usar la energía de manera racional para evitar agotarla.
El documento describe los antecedentes y el desarrollo del motor Wankel. Fue inventado por Félix Wankel en 1924 y patentado en 1929. Se hicieron esfuerzos para desarrollar motores rotativos Wankel en los 1950 y 1960 debido a su diseño simple y suavidad de funcionamiento. Posteriormente, varias compañías como Mazda y NSU usaron el motor Wankel en automóviles, aunque tuvo dificultades con el consumo de combustible y emisiones.
El documento describe la historia y el desarrollo del motor de combustión interna desde su creación en 1770 hasta la actualidad. Explica los diferentes tipos de motores como de vapor, gasolina, diesel, de 2 y 4 tiempos, así como su funcionamiento. También cubre los avances en diseño de motores como en disposición de cilindros y sistemas de distribución.
El documento describe los diferentes tipos de motores de combustión interna, incluyendo motores Otto, Diesel, de dos tiempos y Wankel. Explica las clasificaciones, ciclos de trabajo, sistemas y partes de cada motor. También destaca las diferencias entre motores Diesel y Otto, así como las características y ciclos de trabajo de los motores de dos tiempos y Wankel.
Este documento resume los muchos recuerdos y momentos compartidos entre dos amigas a lo largo de sus vidas, incluyendo fiestas de quince años, carretes, amores platónicos, confirmación, viajes, risas, locuras, cursos, natación, comida rápida, fama, coqueteos, y apoyo mutuo a través de los buenos y malos momentos. Resalta que a pesar del paso del tiempo y los cambios en sus vidas, su amistad permanece fuerte.
El documento describe el motor térmico, que transforma la energía térmica producida al quemar un combustible en energía mecánica para realizar un trabajo. Explica que la combustión es el proceso de quemar un combustible con oxígeno y que los motores de combustión interna son aquellos en los que la combustión ocurre dentro del propio motor, usados comúnmente en automóviles y motocicletas. Además, señala que estos motores alternativos se caracterizan por un pistón que se desplaza alternativamente dentro de un cil
El documento describe las partes principales de un automóvil, incluyendo el motor, transmisión y carrocería. Explica cómo funcionan los motores de gasolina y diesel, señalando que los motores diesel tienen aproximadamente un 30% menos de consumo de combustible, utilizan gasoil que es más barato, y producen una combustión más completa con menores emisiones, aunque son más grandes, pesados y caros.
El documento habla sobre la degradación de la energía. Explica que aunque la energía se conserva cuantitativamente, se degrada cualitativamente tras cada transformación, volviéndose menos útil. Menciona algunos ejemplos de transformaciones energéticas como la electricidad a calor. También define el rendimiento como la relación entre la energía útil obtenida y la energía total aportada. Por último, resume brevemente diferentes tipos de centrales eléctricas como hidroeléctrica, solar y de combustibles fósiles.
El documento describe el principio de conservación de la energía y cómo la energía solar se transforma a través de varios procesos naturales en energía eléctrica en una central hidroeléctrica. También explica que la energía eventualmente se degrada en calor que se disipa en el ambiente y no puede ser aprovechada de forma útil, por lo que debemos usar la energía de manera racional para evitar agotarla.
El documento describe los antecedentes y el desarrollo del motor Wankel. Fue inventado por Félix Wankel en 1924 y patentado en 1929. Se hicieron esfuerzos para desarrollar motores rotativos Wankel en los 1950 y 1960 debido a su diseño simple y suavidad de funcionamiento. Posteriormente, varias compañías como Mazda y NSU usaron el motor Wankel en automóviles, aunque tuvo dificultades con el consumo de combustible y emisiones.
El documento describe la historia y el desarrollo del motor de combustión interna desde su creación en 1770 hasta la actualidad. Explica los diferentes tipos de motores como de vapor, gasolina, diesel, de 2 y 4 tiempos, así como su funcionamiento. También cubre los avances en diseño de motores como en disposición de cilindros y sistemas de distribución.
El documento describe los diferentes tipos de motores de combustión interna, incluyendo motores Otto, Diesel, de dos tiempos y Wankel. Explica las clasificaciones, ciclos de trabajo, sistemas y partes de cada motor. También destaca las diferencias entre motores Diesel y Otto, así como las características y ciclos de trabajo de los motores de dos tiempos y Wankel.
The Heterogeneous Hardware & Software Alliance (Heterogeneity Alliance) is an association (non-profit & non-legal) formed of different organizations is an initiative created by TANGO project and now followeed by six other members, which pursues a common objective: influence the H-HW&SW market.
The alliance is focused on all phases of applications for H-HW&SW to enable a new wave of development and execution tools for next-generation applications:
- from design time,
- to enhanced execution,
- to parallel programming,
- and to an optimized runtime in a number of dimensions (energy, performance, data locality and security among others)
DITAS Cloud Platform allows developers to design data-intensive applications, deploy them on a mixed cloud/edge environment and execute the resulting distributed application in an optimal way by exploiting the data and computation movement strategies, no matter the number of different devices, their type and the heterogeneity of runtime environments. It brings to your developer toolbox the best of Cloud & Edge worlds.
DITAS Cloud Platform allows developers to design data-intensive applications, deploy them on a mixed cloud/edge environment and execute the resulting distributed application in an optimal way by exploiting the data and computation movement strategies, no matter the number of different devices, their type and the heterogeneity of runtime environments. It brings to your developer toolbox the best of Cloud & Edge worlds.
DITAS Cloud Platform allows developers to design data-intensive applications that can run across cloud and edge devices in an optimal way by exploiting data and computation movement strategies. It provides tools like the DITAS SDK and DITAS Execution Environment to support designing, deploying, running, and monitoring distributed applications that leverage DITAS Virtual Data Containers to abstractly define and access data across different infrastructure providers.
DITAS Cloud Platform allows developers to design data-intensive applications, deploy them on a mixed cloud/edge environment and execute the resulting distributed application in an optimal way by exploiting the data and computation movement strategies, no matter the number of different devices, their type and the heterogeneity of runtime environments. It brings to your developer toolbox the best of Cloud & Edge worlds.
Heterogeneous Hardware & Software Alliance...
The time to start pushing heterogeneity forward has come. We are glad to invite you to the first session of the “Heterogeneous Hardware & Software Alliance”. This alliance is an initiative originally undertaken by members of TANGO project (Transparent heterogeneous hardware Architecture deployment for eNergy Gain in Operation) with the intention to create an association of research institutions and industry organizations, that join efforts of organizations interested in the development of future technologies and tools to advance and take full advantage of computing and applications using heterogeneous hardware.
The main goal of the Alliance is to leverage the idea of creating a common approach which will help research institutions like yours, to promote and advance your technologies under a common approach and stronger branding that will help you benefit from creating impact with your technology assets and investigations. It will also help closing the gap between real-world needs and research lines.
SLALOM Webinar Final Legal Outcomes Explanined "Using the SLALOM Contract Ser...Oliver Barreto Rodríguez
SLALOM organized two live sessions to present the final versions of our legal terms and technical specifications for #Cloud #SLAs. The sessions provide examples showing how to practically apply SLALOM to improve current practice in the industry for # Cloud #SLAs and support development of cloud computing metrics.
The second webinar covered SLALOM legal track, "Ready to Use Cloud Master Agreement for SLAs". You can now have access to the slides used in the legal webinar here.
SLALOM Webinar Final Technical Outcomes Explanined "Using the SLALOM Technica...Oliver Barreto Rodríguez
SLALOM organized two live sessions to present the final versions of our legal terms and technical specifications for #Cloud #SLAs. The sessions provide examples showing how to practically apply SLALOM to improve current practice in the industry for # Cloud #SLAs and support development of cloud computing metrics.
The first webinar covered SLALOM Technical track "Using metrics to improve Cloud SLAs".
TANGO Project is a new initiative undartaken by a group of european organizations and institutions to fullfil one purpose: Simplify the way developers approach the development of next-generation applications based in heterogeneous hardware architectures, configurations and software systems including heterogeneous clusters, chips and programmable logic devices.
TANGO Project is a new initiative undartaken by a group of european organizations and institutions to fullfil one purpose: Simplify the way developers approach the development of next-generation applications based in heterogeneous hardware architectures, configurations and software systems including heterogeneous clusters, chips and programmable logic devices.
TANGO Project is a new initiative undartaken by a group of european organizations and institutions to fullfil one purpose: Simplify the way developers approach the development of next-generation applications based in heterogeneous hardware architectures, configurations and software systems including heterogeneous clusters, chips and programmable logic devices.
The TANGO project involves Atos, Bull, Deltatec, the University of Leeds, CETIC, and the Barcelona Supercomputing Center working to simplify how developers approach next-generation applications and heterogeneous hardware including clusters, chips, and programmable logic devices. The project aims to optimize energy and performance, enable fast prototyping through software emulation and hardware-in-the-loop, monitor underlying infrastructures, define self-adaptation behaviors at runtime, and specify critical and non-critical quality behaviors for applications.
SLALOM Best Practice DOs & DON'Ts Guide on Cloud SLAs for Project ResearchersOliver Barreto Rodríguez
Sharing is Caring! SLALOM shares best practice DOs & DON'Ts Guide on Cloud SLAs for Project Researchers
SLALOM project wants to share with the European Research & Scientific Community some lessons learned from bridging research, EC initiatives and ISO in SLA standardisation. It is now important to follow and include these advices when elaborating new proposals for the next H2020 Call.
These DOs and DON’Ts were formulated by the SLALOM consortium based on our experience working with research projects, ISO and EC initiatives in the course of the H2020 SLALOM project.
The document provides an overview of the SLALOM project, which aims to develop a core service level agreement (SLA) specification that can serve as a basis for interactions between cloud service providers and customers. It discusses SLALOM's contributions, including an SLA specification model that extends existing standards and an abstract definition of metrics that clarifies measurement ambiguities. An example is provided mapping the Amazon EC2 SLA to the SLALOM framework to demonstrate how it handles definitions at the sample, period, and metric levels.
Bird&Bird is an international law firm with over 1,000 lawyers worldwide specializing in various legal services including intellectual property, information technology, and data protection. The presenters, Gian Marco Rinaldi and Debora Stella, are senior lawyers at Bird&Bird Italy focusing on IT, data protection, and cloud computing law. They are working on the SLALOM project to develop a standardized cloud service agreement (CSA) template addressing contractual and legal issues for cloud computing relationships between providers and adopters. Key issues to be discussed include service levels and credits, intellectual property rights, liability, variations to services, and consequences of termination. The goal is to achieve an appropriate balance of interests to facilitate
The document discusses the SLALOM project which aims to create a cloud service agreement reference model consisting of a service level agreement and legal and open model. The SLALOM project seeks to provide clarity and reassurance to the cloud market through establishing baseline provisions for cloud SLAs and contracts. It is being undertaken by various organizations and aims to standardize what should be covered in SLAs and how terms are defined. The project will develop baseline SLA templates and specifications and conduct a public consultation before a public launch event.
This presentation gives context of the main problems of today's IT market solved by MODAClouds.
MODAClouds focus on 3 main innovative aspects, creating technology that :
- puts the focus on enabling Business-Driven QoS influencing the way Cloud applications are created and operated.
- enables DevOps methodologies
- facilitates living in a Multi-Cloud world
MODAClouds - Solving Top Cloud Problems
MODAClouds Project is a research project initiate to research in various fields in cloud Computing. The project was born with the objective to to provide methods, a decision support system (DSS) and an open source IDE and run-time environment to enhance the way we use multiple cloud services. In addition, the project builds leverages one key characteristic, guaranteeing quality of service in MultiCloud scenarios.
MODAClouds Multi-Cloud DevOps Toolbox is a set of tools and best practice methods specifically created "for Clouds", for the most demanding Multi-Cloud scenarios. MODAClouds Toolbox is here to help developers and operators to change and improve the way software is created and operated, in a more agile manner.
How to create expectations and sell the value of a project from minute zero !!!
focus on real needs and problems, not on technology state of the art. Read these 3 easy steps...
MODAClouds - Underpinning the Leap to DevOps Movement on Clouds scenariosOliver Barreto Rodríguez
MODAClouds - Underpinning the Leap to DevOps Movement on Clouds scenarios is a white paper made with the intention to provide insights of MODAClouds project and easily identify valueble usage by cloud players
The Heterogeneous Hardware & Software Alliance (Heterogeneity Alliance) is an association (non-profit & non-legal) formed of different organizations is an initiative created by TANGO project and now followeed by six other members, which pursues a common objective: influence the H-HW&SW market.
The alliance is focused on all phases of applications for H-HW&SW to enable a new wave of development and execution tools for next-generation applications:
- from design time,
- to enhanced execution,
- to parallel programming,
- and to an optimized runtime in a number of dimensions (energy, performance, data locality and security among others)
DITAS Cloud Platform allows developers to design data-intensive applications, deploy them on a mixed cloud/edge environment and execute the resulting distributed application in an optimal way by exploiting the data and computation movement strategies, no matter the number of different devices, their type and the heterogeneity of runtime environments. It brings to your developer toolbox the best of Cloud & Edge worlds.
DITAS Cloud Platform allows developers to design data-intensive applications, deploy them on a mixed cloud/edge environment and execute the resulting distributed application in an optimal way by exploiting the data and computation movement strategies, no matter the number of different devices, their type and the heterogeneity of runtime environments. It brings to your developer toolbox the best of Cloud & Edge worlds.
DITAS Cloud Platform allows developers to design data-intensive applications that can run across cloud and edge devices in an optimal way by exploiting data and computation movement strategies. It provides tools like the DITAS SDK and DITAS Execution Environment to support designing, deploying, running, and monitoring distributed applications that leverage DITAS Virtual Data Containers to abstractly define and access data across different infrastructure providers.
DITAS Cloud Platform allows developers to design data-intensive applications, deploy them on a mixed cloud/edge environment and execute the resulting distributed application in an optimal way by exploiting the data and computation movement strategies, no matter the number of different devices, their type and the heterogeneity of runtime environments. It brings to your developer toolbox the best of Cloud & Edge worlds.
Heterogeneous Hardware & Software Alliance...
The time to start pushing heterogeneity forward has come. We are glad to invite you to the first session of the “Heterogeneous Hardware & Software Alliance”. This alliance is an initiative originally undertaken by members of TANGO project (Transparent heterogeneous hardware Architecture deployment for eNergy Gain in Operation) with the intention to create an association of research institutions and industry organizations, that join efforts of organizations interested in the development of future technologies and tools to advance and take full advantage of computing and applications using heterogeneous hardware.
The main goal of the Alliance is to leverage the idea of creating a common approach which will help research institutions like yours, to promote and advance your technologies under a common approach and stronger branding that will help you benefit from creating impact with your technology assets and investigations. It will also help closing the gap between real-world needs and research lines.
SLALOM Webinar Final Legal Outcomes Explanined "Using the SLALOM Contract Ser...Oliver Barreto Rodríguez
SLALOM organized two live sessions to present the final versions of our legal terms and technical specifications for #Cloud #SLAs. The sessions provide examples showing how to practically apply SLALOM to improve current practice in the industry for # Cloud #SLAs and support development of cloud computing metrics.
The second webinar covered SLALOM legal track, "Ready to Use Cloud Master Agreement for SLAs". You can now have access to the slides used in the legal webinar here.
SLALOM Webinar Final Technical Outcomes Explanined "Using the SLALOM Technica...Oliver Barreto Rodríguez
SLALOM organized two live sessions to present the final versions of our legal terms and technical specifications for #Cloud #SLAs. The sessions provide examples showing how to practically apply SLALOM to improve current practice in the industry for # Cloud #SLAs and support development of cloud computing metrics.
The first webinar covered SLALOM Technical track "Using metrics to improve Cloud SLAs".
TANGO Project is a new initiative undartaken by a group of european organizations and institutions to fullfil one purpose: Simplify the way developers approach the development of next-generation applications based in heterogeneous hardware architectures, configurations and software systems including heterogeneous clusters, chips and programmable logic devices.
TANGO Project is a new initiative undartaken by a group of european organizations and institutions to fullfil one purpose: Simplify the way developers approach the development of next-generation applications based in heterogeneous hardware architectures, configurations and software systems including heterogeneous clusters, chips and programmable logic devices.
TANGO Project is a new initiative undartaken by a group of european organizations and institutions to fullfil one purpose: Simplify the way developers approach the development of next-generation applications based in heterogeneous hardware architectures, configurations and software systems including heterogeneous clusters, chips and programmable logic devices.
The TANGO project involves Atos, Bull, Deltatec, the University of Leeds, CETIC, and the Barcelona Supercomputing Center working to simplify how developers approach next-generation applications and heterogeneous hardware including clusters, chips, and programmable logic devices. The project aims to optimize energy and performance, enable fast prototyping through software emulation and hardware-in-the-loop, monitor underlying infrastructures, define self-adaptation behaviors at runtime, and specify critical and non-critical quality behaviors for applications.
SLALOM Best Practice DOs & DON'Ts Guide on Cloud SLAs for Project ResearchersOliver Barreto Rodríguez
Sharing is Caring! SLALOM shares best practice DOs & DON'Ts Guide on Cloud SLAs for Project Researchers
SLALOM project wants to share with the European Research & Scientific Community some lessons learned from bridging research, EC initiatives and ISO in SLA standardisation. It is now important to follow and include these advices when elaborating new proposals for the next H2020 Call.
These DOs and DON’Ts were formulated by the SLALOM consortium based on our experience working with research projects, ISO and EC initiatives in the course of the H2020 SLALOM project.
The document provides an overview of the SLALOM project, which aims to develop a core service level agreement (SLA) specification that can serve as a basis for interactions between cloud service providers and customers. It discusses SLALOM's contributions, including an SLA specification model that extends existing standards and an abstract definition of metrics that clarifies measurement ambiguities. An example is provided mapping the Amazon EC2 SLA to the SLALOM framework to demonstrate how it handles definitions at the sample, period, and metric levels.
Bird&Bird is an international law firm with over 1,000 lawyers worldwide specializing in various legal services including intellectual property, information technology, and data protection. The presenters, Gian Marco Rinaldi and Debora Stella, are senior lawyers at Bird&Bird Italy focusing on IT, data protection, and cloud computing law. They are working on the SLALOM project to develop a standardized cloud service agreement (CSA) template addressing contractual and legal issues for cloud computing relationships between providers and adopters. Key issues to be discussed include service levels and credits, intellectual property rights, liability, variations to services, and consequences of termination. The goal is to achieve an appropriate balance of interests to facilitate
The document discusses the SLALOM project which aims to create a cloud service agreement reference model consisting of a service level agreement and legal and open model. The SLALOM project seeks to provide clarity and reassurance to the cloud market through establishing baseline provisions for cloud SLAs and contracts. It is being undertaken by various organizations and aims to standardize what should be covered in SLAs and how terms are defined. The project will develop baseline SLA templates and specifications and conduct a public consultation before a public launch event.
This presentation gives context of the main problems of today's IT market solved by MODAClouds.
MODAClouds focus on 3 main innovative aspects, creating technology that :
- puts the focus on enabling Business-Driven QoS influencing the way Cloud applications are created and operated.
- enables DevOps methodologies
- facilitates living in a Multi-Cloud world
MODAClouds - Solving Top Cloud Problems
MODAClouds Project is a research project initiate to research in various fields in cloud Computing. The project was born with the objective to to provide methods, a decision support system (DSS) and an open source IDE and run-time environment to enhance the way we use multiple cloud services. In addition, the project builds leverages one key characteristic, guaranteeing quality of service in MultiCloud scenarios.
MODAClouds Multi-Cloud DevOps Toolbox is a set of tools and best practice methods specifically created "for Clouds", for the most demanding Multi-Cloud scenarios. MODAClouds Toolbox is here to help developers and operators to change and improve the way software is created and operated, in a more agile manner.
How to create expectations and sell the value of a project from minute zero !!!
focus on real needs and problems, not on technology state of the art. Read these 3 easy steps...
MODAClouds - Underpinning the Leap to DevOps Movement on Clouds scenariosOliver Barreto Rodríguez
MODAClouds - Underpinning the Leap to DevOps Movement on Clouds scenarios is a white paper made with the intention to provide insights of MODAClouds project and easily identify valueble usage by cloud players
4. Nos Movemos… Las 2 ruedas te dan libertad para moverte en la placita de la barriada… cutres y de los 80s… que más se puede pedir…
5.
6. Increíble pero cierto… Mi primera moto… un cohete de más de 100 kilos… Flipando y sin carnet…
7. Con la que enya en 1986 me di unas cuantas vueltitas yo solo, y me tenía que conformar en ver de lejos…
8. Nos Movemos… Las 2 ruedas te dan libertad para moverte dentro de la ciudad… y para ir a clase que estaba lejos…
9. Mi Primera Vespino… en 1989 que tantas vivencias de adolescente viví con ella… y que vendí cuando me fui a vivir a USA
10. Mi primer deseo… En el instituto se ligaba con esta moto… yo quería una !!!
11.
12. Mi primer2 deseo… La verdad es que la honda 70 estaba molona pero siempre miraba de reojo a la RD-80 y la RD-350… “que andaban más” pero eran más macarrillas
13.
14. Mi Segundo deseo… Si el chico de Top Gun tenía una… yo también… Además ya había conducido a su hermana mayor la VF-1000-R… pero quería esta
39. La comodidad de las 5 puertas… Preparándonos para lo que venía…
40.
41. Mi deseo cumplido… El que nos regalaron en 2004 !!! Yo siempre esperé que me regalaran un coche… pero no este, este quería comprarlo yo… pero con lo que valen… estuvo bien el regalo
42.
43. El Coche… el primer TDI… Sin duda alguna… EL COCHE !!!
46. Toyota Camry 1989: Con el que aprendí a conducir Renault 5. para ir a la universidad Polo 1994:Mikito el coche de Any… los 90 se veían mejor subido en un polo Fiat UNO: el coche de mis padres Fiat PUNTO: cuando empezaba a trabajar GOLF 4: Mi primer coche… GOLF 4: el coche de Mami… Se nota que me gusta la fiabilidad alemana ??? GOLF 5: el otro coche de Mami… Mi primer TDTI: como Camina !!!
49. Toyota Camry 1989: Con el que aprendí a conducir Renault 5. para ir a la universidad Polo 1996:Mikito el coche de Any… los 90 se veían mejor subido en un polo Fiat UNO: el coche de mis padres Fiat PUNTO: cuando empezaba a trabajar GOLF 4: Mi primer coche… GOLF 4: el coche de Mami… Se nota que me gusta la fiabilidad alemana ??? GOLF 5: el otro coche de Mami… Mi primer TDTI: como Camina !!!
50. Quiero y no puedo… No como otros que se endeudan… mi sueño de siempre en 4 ruedas…
51. El JEEP que quisiera comprarme… y nopuedo… por ahora !!!