Cloud computing
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This document provides an overview of cloud computing. It defines cloud computing as distributed computing over the internet that delivers computing services, such as email and data storage. The document traces the history of cloud computing concepts back to the 1950s. It describes the key components of cloud computing including clients, data centers, distributed servers, and a central server that administers the system. The document also covers cloud service models, deployment options, benefits, applications, and provides a brief history of cloud computing's evolution.
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Cloud computing
This document defines and explains cloud computing. Cloud computing allows users to access software and storage over the internet rather than locally on their own computer. It discusses the history of cloud computing concepts dating back to 1950. The key components of cloud include clients, distributed servers located in datacenters, and a central server that administers the system. There are different service models depending on what is provided via the cloud. Cloud services can be deployed in public, private, community, or hybrid models. The popularity of cloud computing is due to advantages like reduced complexity, scalability, and not needing to purchase and maintain own software/servers.
Cloud computing
This document defines and explains cloud computing. Cloud computing allows users to access computing resources like software and storage over the internet rather than locally. It discusses the history of cloud computing concepts dating back to 1950. The key components of cloud include clients, distributed servers located in datacenters. Different types of clients and service models like SaaS, PaaS and IaaS are explained. The document also covers deployment options and popular applications of cloud computing.
cloudcomputing-140307074839-phpapp02
Cloud computing involves delivering computing services over the Internet. It evolved from concepts in the 1950s but was popularized in 2006 when Amazon launched AWS. Cloud computing has three main components - clients that access the cloud, distributed servers that host applications and data, and datacenters that house the servers. There are different types of clients and deployment models for cloud services including public, private, hybrid and community clouds. Key benefits of cloud computing include reduced complexity, flexibility, scalability, and not having to purchase and maintain your own software/infrastructure.
Introduction of Cloud Computing
Cloud computing allows users to access software and storage over the internet rather than locally on their own computers. It evolved from concepts in the 1950s but was popularized in 2006 when Amazon launched AWS. Cloud computing has three main components - clients which access the cloud, distributed servers which host applications and data, and large data centers which house the servers. Users can access cloud services from any device via thin, thick, or mobile clients. Cloud services provide scalability, reliability, and efficiency at reduced costs compared to in-house systems.
cloud computing training in pune
E2Matrix is a Information technology(IT) Company having its global recognition for
MATLAB,NS2 and mobile technologies(android..etc.
FACILITIES PROVIDED-
RESEARCH PAPERS
OBJECTIVES
SYNOPSIS
IMPLEMENTATION
DOCUMENTATION
REPORT WRITING
PAPER PUBLICATION
Address-Opp. Phagwara Bus Stand, Above Bella
Pizza, Handa City Center, Phagwara,punjab
email addres-e2matrixphagwara@gmail.com
jalandhare2matrix@gmail.com
WEBSITE-www.e2matrix.com
CONTACT NUMBER --
09041262727
07508509730
7508509709
9779363902
cloud computing training in pune
E2Matrix is a Information technology(IT) Company having its global recognition for
MATLAB,NS2 and mobile technologies(android..etc.
FACILITIES PROVIDED-
RESEARCH PAPERS
OBJECTIVES
SYNOPSIS
IMPLEMENTATION
DOCUMENTATION
REPORT WRITING
PAPER PUBLICATION
Address-Opp. Phagwara Bus Stand, Above Bella
Pizza, Handa City Center, Phagwara,punjab
email addres-e2matrixphagwara@gmail.com
jalandhare2matrix@gmail.com
WEBSITE-www.e2matrix.com
CONTACT NUMBER --
09041262727
07508509730
7508509709
9779363902
vlsi training in delhi
Cloud computing is the delivery of computing services such as servers, storage, databases, networking, software, analytics and more over the Internet ("the cloud"). It allows users to access applications from anywhere instead of installing them on their own computers. Key components include client devices, distributed servers located in data centers, and central servers that administer the system. Cloud services are popular due to reduced costs and complexity, scalability, reliability and efficiency.
Cloud computing
Cloud computing involves delivering computing services over the Internet. It allows users to access software, storage, and other services remotely through web-based tools or apps. The concept originated in the 1950s but Amazon launched the first major public cloud in 2006. Cloud components include client devices, distributed servers located in data centers, and a central server that administers the system. There are different service and deployment models depending on what resources are provided to clients over the Internet. Cloud computing has become popular due to advantages like reduced complexity, scalability, reliability, and not needing to purchase and maintain one's own software and infrastructure.
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Cloud computing
This document defines and explains cloud computing. Cloud computing allows users to access software and storage over the internet rather than locally on their own computer. It discusses the history of cloud computing concepts dating back to 1950. The key components of cloud include clients, distributed servers located in datacenters, and a central server that administers the system. There are different service models depending on what is provided via the cloud. Cloud services can be deployed in public, private, community, or hybrid models. The popularity of cloud computing is due to advantages like reduced complexity, scalability, and not needing to purchase and maintain own software/servers.
Cloud computing
This document defines and explains cloud computing. Cloud computing allows users to access computing resources like software and storage over the internet rather than locally. It discusses the history of cloud computing concepts dating back to 1950. The key components of cloud include clients, distributed servers located in datacenters. Different types of clients and service models like SaaS, PaaS and IaaS are explained. The document also covers deployment options and popular applications of cloud computing.
cloudcomputing-140307074839-phpapp02
Cloud computing involves delivering computing services over the Internet. It evolved from concepts in the 1950s but was popularized in 2006 when Amazon launched AWS. Cloud computing has three main components - clients that access the cloud, distributed servers that host applications and data, and datacenters that house the servers. There are different types of clients and deployment models for cloud services including public, private, hybrid and community clouds. Key benefits of cloud computing include reduced complexity, flexibility, scalability, and not having to purchase and maintain your own software/infrastructure.
Introduction of Cloud Computing
Cloud computing allows users to access software and storage over the internet rather than locally on their own computers. It evolved from concepts in the 1950s but was popularized in 2006 when Amazon launched AWS. Cloud computing has three main components - clients which access the cloud, distributed servers which host applications and data, and large data centers which house the servers. Users can access cloud services from any device via thin, thick, or mobile clients. Cloud services provide scalability, reliability, and efficiency at reduced costs compared to in-house systems.
cloud computing training in pune
E2Matrix is a Information technology(IT) Company having its global recognition for
MATLAB,NS2 and mobile technologies(android..etc.
FACILITIES PROVIDED-
RESEARCH PAPERS
OBJECTIVES
SYNOPSIS
IMPLEMENTATION
DOCUMENTATION
REPORT WRITING
PAPER PUBLICATION
Address-Opp. Phagwara Bus Stand, Above Bella
Pizza, Handa City Center, Phagwara,punjab
email addres-e2matrixphagwara@gmail.com
jalandhare2matrix@gmail.com
WEBSITE-www.e2matrix.com
CONTACT NUMBER --
09041262727
07508509730
7508509709
9779363902
cloud computing training in pune
E2Matrix is a Information technology(IT) Company having its global recognition for
MATLAB,NS2 and mobile technologies(android..etc.
FACILITIES PROVIDED-
RESEARCH PAPERS
OBJECTIVES
SYNOPSIS
IMPLEMENTATION
DOCUMENTATION
REPORT WRITING
PAPER PUBLICATION
Address-Opp. Phagwara Bus Stand, Above Bella
Pizza, Handa City Center, Phagwara,punjab
email addres-e2matrixphagwara@gmail.com
jalandhare2matrix@gmail.com
WEBSITE-www.e2matrix.com
CONTACT NUMBER --
09041262727
07508509730
7508509709
9779363902
vlsi training in delhi
Cloud computing is the delivery of computing services such as servers, storage, databases, networking, software, analytics and more over the Internet ("the cloud"). It allows users to access applications from anywhere instead of installing them on their own computers. Key components include client devices, distributed servers located in data centers, and central servers that administer the system. Cloud services are popular due to reduced costs and complexity, scalability, reliability and efficiency.
Cloud computing
Cloud computing involves delivering computing services over the Internet. It allows users to access software, storage, and other services remotely through web-based tools or apps. The concept originated in the 1950s but Amazon launched the first major public cloud in 2006. Cloud components include client devices, distributed servers located in data centers, and a central server that administers the system. There are different service and deployment models depending on what resources are provided to clients over the Internet. Cloud computing has become popular due to advantages like reduced complexity, scalability, reliability, and not needing to purchase and maintain one's own software and infrastructure.
Clou_ comp .-peresentation
Cloud computing refers to storing and accessing data and programs over the Internet instead of a computer's hard drive. It provides services like email through Yahoo, Gmail and Hotmail. The concept originated in 1950 with remote job processing and Amazon launched the first public cloud in 2006. Cloud services offer scalability, reliability and reduce costs by eliminating the need for software licenses and IT infrastructure. Common applications include social media, email and search engines.
Virtual machine
Virtualization allows multiple virtual machines to run on a single physical machine. It began in IBM mainframes in 1972 and allowed time-sharing of computing resources. Modern virtualization technologies like VMware and Xen create virtual environments that are essentially identical to the original machine for programs to run in. Virtualization provides benefits like consolidation of servers, high availability, disaster recovery and easier management of computing resources. There are different types of virtualization including server, desktop, application, memory and storage virtualization.
Presentation on cloud computing
This document discusses cloud computing applications. It defines cloud computing as a model for enabling access to configurable computing resources over the Internet. The document outlines the history of cloud computing, describes its architecture including clients, servers, and data centers, and discusses different service models like SaaS, PaaS, and IaaS. Examples of cloud computing applications are provided along with advantages like cost savings and reliability, and disadvantages like security issues and downtime.
Korovin
Cloud computing involves delivering computing services over the internet. It has three main components - clients that users interact with, distributed servers located across different geographic locations, and datacenters that house servers and applications. Cloud computing provides scalable, reliable and efficient computing through a centralized administration of traffic and demands to ensure smooth operations. It has become popular due to reducing network complexity, avoiding software license fees, allowing customization, and making information resilient to loss.
Cloud computing mca project in jalandhar
Cloud computing involves delivering computing services over the internet. It allows users to access software, storage, and other resources remotely through web-based tools or applications. The document discusses the key components of cloud computing including clients, datacenters, distributed servers, and central servers. It also outlines the different service models, deployment options, why cloud computing is popular due to scalability and cost savings, and common applications of cloud services.
Distributed Computing system
This document provides an overview of distributed computing. It discusses the history and introduction of distributed computing. It describes the working of distributed systems and common types like grid computing, cluster computing and cloud computing. It covers the motivations, goals, characteristics, architectures, security challenges and examples of distributed computing. Advantages include improved performance and fault tolerance, while disadvantages are security issues and lost messages.
Concepts of Distributed Computing & Cloud Computing
This document provides an introduction to distributed computing, including definitions, history, goals, characteristics, examples of applications, and scenarios. It discusses advantages like improved performance and reliability, as well as challenges like complexity, network problems, security, and heterogeneity. Key issues addressed are transparency, openness, scalability, and the need to handle differences across hardware, software, and developers when designing distributed systems.
Distributed computing
Distributed computing utilizes a network of interconnected computers to accomplish tasks more quickly than a single computer. Each computer has its own memory and performs a portion of the overall task, communicating via message passing. Key benefits include scalability, redundancy, and sharing of resources. Common architectures include client-server, n-tier, and peer-to-peer networks. While complex, distributed systems can provide increased speed, reliability, and ability to incrementally expand processing power over centralized systems.
Distributed Computing
Distributed computing is a system where the components of a computer program are distributed and run across multiple computers that communicate over a network. It involves splitting tasks between participants to solve problems faster. Key advantages include reliability through redundancy, scalability by adding more systems, and faster computation through parallel processing. However, distributed systems also present challenges like more difficult troubleshooting, less software support, and higher costs for network infrastructure.
Distributed Computing
This document discusses distributed computing. It defines distributed computing as utilizing a network of computers to accomplish portions of an overall task to achieve results more quickly than a single computer. A distributed system consists of multiple autonomous computers that communicate through a network. Distributed computing chops large, complex tasks into smaller jobs that are distributed across multiple computers to improve efficiency and performance. The goals of distributed computing are to maximize performance by connecting users and IT resources in a cost-effective, transparent, and reliable manner. Applications include telecommunications, networks, real-time process control, and parallel computation. Advantages include lower costs, higher performance, scalability, and reliability while disadvantages are multiple points of failure, security concerns, and difficulty developing distributed software.
Virtualization&cloud computing
This document defines virtualization and cloud computing. Virtualization refers to creating virtual versions of hardware and resources that allow multiple operating systems to run on a single physical system by sharing underlying hardware. A hypervisor manages virtual machines (VMs), which are isolated runtime environments. Cloud computing delivers hosted services over the internet, providing on-demand access to resources that can be rapidly provisioned. It offers software, platform, and infrastructure services. Virtualization is an element of cloud computing that allows for efficient sharing of computing resources.
distributed Computing system model
This document discusses different distributed computing system (DCS) models:
1. The minicomputer model consists of a few minicomputers with remote access allowing resource sharing.
2. The workstation model consists of independent workstations scattered throughout a building where users log onto their home workstation.
3. The workstation-server model includes minicomputers, diskless and diskful workstations, and centralized services like databases and printing.
It provides an overview of the key characteristics and advantages of different DCS models.
Virtual Machine Performance
This document summarizes research on virtual machine performance. It discusses background topics, related conferences, virtualization infrastructure optimization techniques, measurement methods, and highlights of past work on high performance computing in virtual machines. The document predicts future work may focus on areas like VM security, novel memory architectures, cloud computing, application case studies in virtualized environments, and other VM topics like migration and time keeping.
cloud computing
This document outlines a seminar on cloud computing that covers its history, components, service models, types, advantages, disadvantages, and applications. It discusses how cloud computing evolved from early concepts in the 1950s to the first public cloud launched by Amazon in 2006. The key components are clients, datacenters, and distributed servers. The main service models are Software as a Service (SaaS), Platform as a Service (PaaS), and Infrastructure as a Service (IaaS). The types of clouds include public, private, and hybrid clouds. The main advantages are lower costs, improved performance, and unlimited storage. Potential disadvantages include internet dependency and security concerns. Common applications of cloud computing include social networking, email, search
Cloud computing
Cloud computing allows users to access applications and store data on remote servers rather than local hardware. The cloud consists of servers that provide computing resources and deliver services. There are different types of clouds including public, private, community, and hybrid clouds. The basic components of a cloud solution are clients, data centers containing distributed servers, and services like SaaS, PaaS, and IaaS. Cloud computing provides advantages like lower costs, unlimited storage, automatic software integration, and easy access to information from any internet-connected device.
Distributed computing ).ppt him
A distributed computing system is a collection of interconnected processors with local memory that communicate via message passing. There are various models including minicomputer, workstation, workstation-server, and processor pool. Distributed systems provide advantages like supporting distributed applications, sharing information and resources, extensibility, shorter response times, higher reliability, flexibility, and better price-performance ratio compared to centralized systems.
lam12373
This study identified and characterized a new collagenase, ColAh, produced by Aeromonas piscicola AH-3. The researchers identified a gene in A. hydrophila ATCC 7966 that encodes a putative collagenase. They constructed a knockout mutant of this gene (colAh) in A. piscicola AH-3. Tests showed the mutant had significantly lower collagenolytic activity and cytotoxic effects compared to the wild type, demonstrating the colAh gene encodes an active collagenase. Further analysis found ColAh is a ~100kDa metalloprotease that can cleave and bind collagen. This contributes to A. piscicola's collagen degradation and cytotoxicity. ColAh contains the conserved HEXX
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Este documento presenta un resumen de la tesis de maestría de María Graciela Pérez sobre lineamientos gerenciales basados en el liderazgo de los coordinadores en la Unidad Educativa Dr. Francisco Javier García de Hevia en el municipio de Lobatera, estado Táchira, Venezuela. El objetivo es proponer lineamientos gerenciales para fortalecer el liderazgo de los coordinadores. Se utilizará un enfoque cuantitativo y se aplicará un cuestionario a 30 docentes para medir el estilo de liderazgo y caracter
OMOPARIOLA SOGO ALABI
Olusogo Alabi has over 15 years of experience in accounting. He holds an Associate Chartered Certified Accountants qualification from 2012 and B.Sc. in Economics from Olabisi Onabanjo University in 2007. His career includes roles as an Accountant at Orpheus Company Ltd from 2015 where he reconciled bank balances and prepared financial reports. Prior to this, he worked at Leventis Foundation from 2010 where he managed school funds and prepared budgets and reports. He also served as an Account Officer at First Gloria Ltd in 2003 and as a Corps Member at Zenith Bank in 2008. His skills include Microsoft Office, accounting software and strong analytical abilities.
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Este documento contiene tres poemas escritos por Arthur Rimbaud cuando era adolescente como ejercicios escolares. El primer poema narra un sueño en el que el poeta es coronado por las musas y se le dice que será poeta. El segundo poema trata sobre un ángel que lleva el alma de un niño al cielo después de su muerte para consolar a su madre. El tercer poema es una glosa sobre la lucha de Hércules contra el río Aquelo que se transforma en serpiente.
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Cloud computing refers to storing and accessing data and programs over the Internet instead of a computer's hard drive. It provides services like email through Yahoo, Gmail and Hotmail. The concept originated in 1950 with remote job processing and Amazon launched the first public cloud in 2006. Cloud services offer scalability, reliability and reduce costs by eliminating the need for software licenses and IT infrastructure. Common applications include social media, email and search engines.
Virtual machine
Virtualization allows multiple virtual machines to run on a single physical machine. It began in IBM mainframes in 1972 and allowed time-sharing of computing resources. Modern virtualization technologies like VMware and Xen create virtual environments that are essentially identical to the original machine for programs to run in. Virtualization provides benefits like consolidation of servers, high availability, disaster recovery and easier management of computing resources. There are different types of virtualization including server, desktop, application, memory and storage virtualization.
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This document discusses cloud computing applications. It defines cloud computing as a model for enabling access to configurable computing resources over the Internet. The document outlines the history of cloud computing, describes its architecture including clients, servers, and data centers, and discusses different service models like SaaS, PaaS, and IaaS. Examples of cloud computing applications are provided along with advantages like cost savings and reliability, and disadvantages like security issues and downtime.
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Cloud computing involves delivering computing services over the internet. It has three main components - clients that users interact with, distributed servers located across different geographic locations, and datacenters that house servers and applications. Cloud computing provides scalable, reliable and efficient computing through a centralized administration of traffic and demands to ensure smooth operations. It has become popular due to reducing network complexity, avoiding software license fees, allowing customization, and making information resilient to loss.
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Cloud computing involves delivering computing services over the internet. It allows users to access software, storage, and other resources remotely through web-based tools or applications. The document discusses the key components of cloud computing including clients, datacenters, distributed servers, and central servers. It also outlines the different service models, deployment options, why cloud computing is popular due to scalability and cost savings, and common applications of cloud services.
Distributed Computing system
This document provides an overview of distributed computing. It discusses the history and introduction of distributed computing. It describes the working of distributed systems and common types like grid computing, cluster computing and cloud computing. It covers the motivations, goals, characteristics, architectures, security challenges and examples of distributed computing. Advantages include improved performance and fault tolerance, while disadvantages are security issues and lost messages.
Concepts of Distributed Computing & Cloud Computing
This document provides an introduction to distributed computing, including definitions, history, goals, characteristics, examples of applications, and scenarios. It discusses advantages like improved performance and reliability, as well as challenges like complexity, network problems, security, and heterogeneity. Key issues addressed are transparency, openness, scalability, and the need to handle differences across hardware, software, and developers when designing distributed systems.
Distributed computing
Distributed computing utilizes a network of interconnected computers to accomplish tasks more quickly than a single computer. Each computer has its own memory and performs a portion of the overall task, communicating via message passing. Key benefits include scalability, redundancy, and sharing of resources. Common architectures include client-server, n-tier, and peer-to-peer networks. While complex, distributed systems can provide increased speed, reliability, and ability to incrementally expand processing power over centralized systems.
Distributed Computing
Distributed computing is a system where the components of a computer program are distributed and run across multiple computers that communicate over a network. It involves splitting tasks between participants to solve problems faster. Key advantages include reliability through redundancy, scalability by adding more systems, and faster computation through parallel processing. However, distributed systems also present challenges like more difficult troubleshooting, less software support, and higher costs for network infrastructure.
Distributed Computing
This document discusses distributed computing. It defines distributed computing as utilizing a network of computers to accomplish portions of an overall task to achieve results more quickly than a single computer. A distributed system consists of multiple autonomous computers that communicate through a network. Distributed computing chops large, complex tasks into smaller jobs that are distributed across multiple computers to improve efficiency and performance. The goals of distributed computing are to maximize performance by connecting users and IT resources in a cost-effective, transparent, and reliable manner. Applications include telecommunications, networks, real-time process control, and parallel computation. Advantages include lower costs, higher performance, scalability, and reliability while disadvantages are multiple points of failure, security concerns, and difficulty developing distributed software.
Virtualization&cloud computing
This document defines virtualization and cloud computing. Virtualization refers to creating virtual versions of hardware and resources that allow multiple operating systems to run on a single physical system by sharing underlying hardware. A hypervisor manages virtual machines (VMs), which are isolated runtime environments. Cloud computing delivers hosted services over the internet, providing on-demand access to resources that can be rapidly provisioned. It offers software, platform, and infrastructure services. Virtualization is an element of cloud computing that allows for efficient sharing of computing resources.
distributed Computing system model
This document discusses different distributed computing system (DCS) models:
1. The minicomputer model consists of a few minicomputers with remote access allowing resource sharing.
2. The workstation model consists of independent workstations scattered throughout a building where users log onto their home workstation.
3. The workstation-server model includes minicomputers, diskless and diskful workstations, and centralized services like databases and printing.
It provides an overview of the key characteristics and advantages of different DCS models.
Virtual Machine Performance
This document summarizes research on virtual machine performance. It discusses background topics, related conferences, virtualization infrastructure optimization techniques, measurement methods, and highlights of past work on high performance computing in virtual machines. The document predicts future work may focus on areas like VM security, novel memory architectures, cloud computing, application case studies in virtualized environments, and other VM topics like migration and time keeping.
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This document outlines a seminar on cloud computing that covers its history, components, service models, types, advantages, disadvantages, and applications. It discusses how cloud computing evolved from early concepts in the 1950s to the first public cloud launched by Amazon in 2006. The key components are clients, datacenters, and distributed servers. The main service models are Software as a Service (SaaS), Platform as a Service (PaaS), and Infrastructure as a Service (IaaS). The types of clouds include public, private, and hybrid clouds. The main advantages are lower costs, improved performance, and unlimited storage. Potential disadvantages include internet dependency and security concerns. Common applications of cloud computing include social networking, email, search
Cloud computing
Cloud computing allows users to access applications and store data on remote servers rather than local hardware. The cloud consists of servers that provide computing resources and deliver services. There are different types of clouds including public, private, community, and hybrid clouds. The basic components of a cloud solution are clients, data centers containing distributed servers, and services like SaaS, PaaS, and IaaS. Cloud computing provides advantages like lower costs, unlimited storage, automatic software integration, and easy access to information from any internet-connected device.
Distributed computing ).ppt him
A distributed computing system is a collection of interconnected processors with local memory that communicate via message passing. There are various models including minicomputer, workstation, workstation-server, and processor pool. Distributed systems provide advantages like supporting distributed applications, sharing information and resources, extensibility, shorter response times, higher reliability, flexibility, and better price-performance ratio compared to centralized systems.
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Este documento presenta un resumen de la tesis de maestría de María Graciela Pérez sobre lineamientos gerenciales basados en el liderazgo de los coordinadores en la Unidad Educativa Dr. Francisco Javier García de Hevia en el municipio de Lobatera, estado Táchira, Venezuela. El objetivo es proponer lineamientos gerenciales para fortalecer el liderazgo de los coordinadores. Se utilizará un enfoque cuantitativo y se aplicará un cuestionario a 30 docentes para medir el estilo de liderazgo y caracter
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Ferruccio Lamborghini fundó su propia compañía de automóviles deportivos después de tener problemas mecánicos recurrentes con sus Ferraris. Tras una discusión con Enzo Ferrari sobre los embragues defectuosos en sus coches, Lamborghini decidió comenzar a fabricar sus propios automóviles deportivos para competir directamente con Ferrari. Así nació la marca Lamborghini a partir de 1963 con el objetivo de producir coches de alta calidad y rendimiento.
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Experienced IT Business Analyst
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97 2003.
Este documento describe las características de diferentes tipos de redes, incluyendo redes LAN, WAN e inalámbricas. Explica que las redes LAN se usan para conectar computadoras personales dentro de oficinas y colegios, mientras que las redes WAN cubren áreas geográficas más grandes utilizando servicios de comunicaciones. También destaca que las redes inalámbricas permiten la transmisión de datos sin cables y son fáciles de instalar, e Internet es una red descentralizada global que proporciona
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YouTube es un sitio web donde los usuarios pueden subir y compartir videos de todo tipo, incluyendo clips de películas, programas de TV, videos musicales y contenido amateur como videoblogs. Para ganar dinero en YouTube se necesita tener al menos 1000 suscriptores o una gran cantidad de visitas, entonces las compañías de YouTube pueden contactarte para pagarte un porcentaje de sus ingresos por cada visita. Al crecer en YouTube y llegar a más de 10 millones de suscriptores es posible vivir de los ingresos que genera el canal.
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Cloud computing
- 1. A Seminar On By Nitin Sale AISSMSCOE PUNE Guided By D M Ujlambekar
- 2. What is Cloud Computing? Distributed computing on internet Or delivery of computing service over the internet. Eg: Yahoo!, GMail, Hotmail
- 3. History Concept evolved in 1950(IBM) called RJE (Remote Job Entry Process). In 2006 Amazon provided First public cloud AWS(Amazon Web Service).
- 4. Cloud Components It has three components 1.) Client computers 2.) Distributed Servers 3.) Datacenters
- 5. Clients Clients are the device that the end user interact with cloud. three types of clients: 1.) Mobile 2.) Computers 3.) servers
- 6. Datacenter It is collection of servers where application is placed and is accessed via internet.
- 7. Distributed servers Often servers are in geographically different places, but server acts as if they are working next to each other.
- 8. Central Server It Administers the system such as monitoring traffic, client demands to ensure everything runs smoothly. It uses a special type of software called Middleware. Middleware allow computer to communicate each other.
- 9. Service Models SaaS(Software as a service): Required software, Operating system & network is provided. PaaS(Platform as service): Operating system and network is provided. IaaS(Infrastructure as a service): just Network is provided.
- 10. Deployment of Cloud Service Public Cloud Private Cloud Community Cloud Hybrid Cloud(Combined Cloud)
- 11. Why cloud service is popular? Reduce the complexity of networks. Do not have to buy software licenses. Customization. Cloud providers that have specialized in a particular area (such as e-mail) can bring advanced services that a single company might not be able to afford or develop. scalability, reliability, and efficiency. Info. at cloud are not easily lost.
- 12. Application Social Networking sites. E-mail sites. Search Engines. Many more services OVER THE INTERNET.
- 13. Thank You
Editor's Notes
- In computer networking , cloud computing is a phrase used to describe a variety of computing concepts. Distributed computing on internet.
- Scalability means Unlimited processes and storage capacity.