28-01-2016, 10:27 PM
fog computing seminar report
fog computing seminar report
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pdf seminars report fog computing
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fog computing seminar report
fog computing seminar report
28-01-2016, 10:44 PM
30-01-2016, 10:04 AM
pdf seminar report fog computing
Fog computing is a paradigm, a paradigm of cloud computing that extends to the edge of the network. Conditions of Edge Computing and fog Computing are often used as synonyms. Like a Cloud, fog provides data, calculate, storage and application services for end users. This enables a new breed of applications and services.
Internet of things (IoT) is a new world of information and communication technologies (ICT) with anytime, anywhere connectivity for all. All things on the Internet of things or IoT uniquely addressable and associated with the use of standard communication protocols. It will consist of compounds that will multiply and create entirely new dynamic network of networks. In this, objects or things are in the form of smart so that they will become knowledgeable and their properties, such as transformation, interaction will enable them to actively engage in the environment.
Cloud computing has become a buzzword in recent years. But this largely depends on the servers that are available in a remote location, resulting in a slow response time and scalability considerations. Response time and scalability plays a crucial role in machine to machine communications and services. Edge computing platform solves problems for the simple idea of small servers called ribs in the immediate vicinity of servers and devices, and turning to the servers of servers and/or user's devices.
Characteristics of fog computing as mobility, proximity to end users, low latency, location awareness, heterogeneity, and because of his support for giving better and more apps in real time the fog computing platform is a platform for the Internet of things and services, which include and not limited to the connected machine, smart grid and smart cities.
It is estimated that by the year 2020, there will be 50 billion connected devices. Data from these devices will generate will be really huge. The speed at which data can be collected and processed should definitely increase. Using the concept of fog calculations, if the same device can be used for this kind of processing, data can be for direct use and deliver a much better user experience. Thus the fog calculations will play a large role in the Internet of things applications.
Cisco January 2014 introduced fog computing platform for Internet of things called IOx. Cisco has expanded their program network device with parallel Linux stack. This allows device manufacturers to create their own interfaces and devices to create and deploy applications on a network device.
Issues related to security, privacy, and integrity of the system in the mist of the environment is definitely a topic for research and should be explored. With the advent of software is determined by the networks and related technology, idea software is determined by the regional network is not so far.
This training seminar will cover:
A brief introduction to fog calculations.
Characteristics of fog calculations.
Fog computing architecture and ecosystem.
Application of fog calculations.
Fog computing suppliers and consumers.
A brief introduction to the Internet of things.
Why fog calculations for the Internet of things.
Fog computing platform for the Internet of things.
Internet of things apps with fog calculations.
The role of data analysis in real time.
Future work FOG Computing
Fog computing is a paradigm, a paradigm of cloud computing that extends to the edge of the network. Conditions of Edge Computing and fog Computing are often used as synonyms. Like a Cloud, fog provides data, calculate, storage and application services for end users. This enables a new breed of applications and services.
Internet of things (IoT) is a new world of information and communication technologies (ICT) with anytime, anywhere connectivity for all. All things on the Internet of things or IoT uniquely addressable and associated with the use of standard communication protocols. It will consist of compounds that will multiply and create entirely new dynamic network of networks. In this, objects or things are in the form of smart so that they will become knowledgeable and their properties, such as transformation, interaction will enable them to actively engage in the environment.
Cloud computing has become a buzzword in recent years. But this largely depends on the servers that are available in a remote location, resulting in a slow response time and scalability considerations. Response time and scalability plays a crucial role in machine to machine communications and services. Edge computing platform solves problems for the simple idea of small servers called ribs in the immediate vicinity of servers and devices, and turning to the servers of servers and/or user's devices.
Characteristics of fog computing as mobility, proximity to end users, low latency, location awareness, heterogeneity, and because of his support for giving better and more apps in real time the fog computing platform is a platform for the Internet of things and services, which include and not limited to the connected machine, smart grid and smart cities.
It is estimated that by the year 2020, there will be 50 billion connected devices. Data from these devices will generate will be really huge. The speed at which data can be collected and processed should definitely increase. Using the concept of fog calculations, if the same device can be used for this kind of processing, data can be for direct use and deliver a much better user experience. Thus the fog calculations will play a large role in the Internet of things applications.
Cisco January 2014 introduced fog computing platform for Internet of things called IOx. Cisco has expanded their program network device with parallel Linux stack. This allows device manufacturers to create their own interfaces and devices to create and deploy applications on a network device.
Issues related to security, privacy, and integrity of the system in the mist of the environment is definitely a topic for research and should be explored. With the advent of software is determined by the networks and related technology, idea software is determined by the regional network is not so far.
This training seminar will cover:
A brief introduction to fog calculations.
Characteristics of fog calculations.
Fog computing architecture and ecosystem.
Application of fog calculations.
Fog computing suppliers and consumers.
A brief introduction to the Internet of things.
Why fog calculations for the Internet of things.
Fog computing platform for the Internet of things.
Internet of things apps with fog calculations.
The role of data analysis in real time.
Future work FOG Computing
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