Case of National Synchrotron Radiation Research Center
The Industrial Technology Research Institute currently has more than a dozen research units, covering fields of biomedicine, green energy, materials, machinery, information communications, cloud computing, etc., accumulating world-class R&D energy. Since R&D projects often need to deal with various professional field operations, such as engineering mathematics, image processing, signal processing, or model operations in other professional fields, there are a large number of professional field data calculation requirements.
R&D units with computing needs often encounter two types of problems. The first is that the amount of software purchased by the unit is limited, and it is often used in a line. Especially during peak usage periods, the demand for computing software is often concentrated in a few time periods, which cannot meet user needs. Secondly, the workload of professional computing is large, and high-end computing equipment is required to provide sufficient resources to meet the needs of users. However, the cost of high-end equipment is high, and there are not many opportunities for general use. If it is only purchased for a specific situation, it is easy to cause the equipment to be idle and make the use of resources inefficient. Therefore, how to meet the computing demand with the lowest capital investment for R&D units has become an unavoidable problem.
In addition, MATLAB software is characterized by high unit price and multi-tool modules. Therefore, the budget of a single unit is often not enough to purchase the overall tool modules required, so the budget is often adjusted to affect the efficiency and results of research and development. The frequency of updating the two editions every year often results in a huge increase in the manpower burden of the units responsible for MIS technical services in the hospital, and it is not easy to control the phenomenon of each unit purchasing different versions. As a result, dozens of software procurement procedures are generated each year, which also results in the consumption of administrative resources in the hospital.
In order to create a high-quality computing service experience for users, the Tailong Energy Conservation Technology Team started from two aspects. In the hardware part, domestically-made x86 servers and network equipment are used to replace high-end computing equipment from foreign brands. By integrating OpenStack IaaS/GOC PaaS/MATLAB to become a complete MATLAB Cloud engineering cloud solution, computing resources and software licenses can be flexibly allocated to users to meet the needs of various types of users.
The general agent of MATLAB in Taiwan, TISI Technology, also provides customers with a complete software package. Through a legally authorized network sharing version of the software solution, in conjunction with the MATLAB Cloud system, the overall number of MATLAB and computing tools can be calculated according to the actual needs of users, and software and tools can be easily solved The problem of insufficient purchase, and let the management unit have a complete grasp of the overall actual usage, reducing the administrative cost and burden of procurement.
The construction difficulty of Chunghwa Telecom’s computer room is SSR level, and we worked very hard under the sun. However, after the completion of the construction, the air inside the Chunghwa Telecom building will be fresher and no excessive carbon dioxide will be scattered throughout the building. The customers were very satisfied with the quality and progress of the construction, and even held a banquet, which made our company feel quite honored and happy.
The “Smart Cooling Tower” complete solution provided by the Tailong Energy-saving Technology Team is Taiwan’s first cloud service solution that integrates MATLAB and cloud IaaS/PaaS. The Gemini team has optimized the integration and design on cloud IaaS/PaaS for MATLAB operations. Therefore, users can actually feel the flexibility, convenience and superior performance brought by cloud computing when running MATLAB cloud computing.
Compared with the previous way of using MATLAB in other cloud environments, for service managers, in addition to purchasing cloud IaaS individually, they also have to deploy a PaaS layer and invest a lot of manpower for optimization.
The “Smart Cooling Tower” complete solution launched by the Tailong Energy Conservation Technology Team integrates IaaS/PaaS/SaaS in one place, allowing service managers to deploy cloud services quickly and at low cost.
First Bank Information Building
The Industrial Technology Research Institute currently has more than a dozen research units, covering fields of biomedicine, green energy, materials, machinery, information communications, cloud computing, etc., accumulating world-class R&D energy. Since R&D projects often need to deal with various professional field operations, such as engineering mathematics, image processing, signal processing, or model operations in other professional fields, there are a large number of professional field data calculation requirements.
R&D units with computing needs often encounter two types of problems. The first is that the amount of software purchased by the unit is limited, and it is often used in a line. Especially during peak usage periods, the demand for computing software is often concentrated in a few time periods, which cannot meet user needs. Secondly, the workload of professional computing is large, and high-end computing equipment is required to provide sufficient resources to meet the needs of users. However, the cost of high-end equipment is high, and there are not many opportunities for general use. If it is only purchased for a specific situation, it is easy to cause the equipment to be idle and make the use of resources inefficient. Therefore, how to meet the computing demand with the lowest capital investment for R&D units has become an unavoidable problem.
In addition, MATLAB software is characterized by high unit price and multi-tool modules. Therefore, the budget of a single unit is often not enough to purchase the overall tool modules required, so the budget is often adjusted to affect the efficiency and results of research and development. The frequency of updating the two editions every year often results in a huge increase in the manpower burden of the units responsible for MIS technical services in the hospital, and it is not easy to control the phenomenon of each unit purchasing different versions. As a result, dozens of software procurement procedures are generated each year, which also results in the consumption of administrative resources in the hospital.
In order to create a high-quality computing service experience for users, the Tailong Energy Conservation Technology Team started from two aspects. In the hardware part, domestically-made x86 servers and network equipment are used to replace high-end computing equipment from foreign brands. By integrating OpenStack IaaS/GOC PaaS/MATLAB to become a complete MATLAB Cloud engineering cloud solution, computing resources and software licenses can be flexibly allocated to users to meet the needs of various types of users.
The general agent of MATLAB in Taiwan, TISI Technology, also provides customers with a complete software package. Through a legally authorized network sharing version of the software solution, in conjunction with the MATLAB Cloud system, the overall number of MATLAB and computing tools can be calculated according to the actual needs of users, and software and tools can be easily solved The problem of insufficient purchase, and let the management unit have a complete grasp of the overall actual usage, reducing the administrative cost and burden of procurement.
The construction difficulty of Chunghwa Telecom’s computer room is SSR level, and we worked very hard under the sun. However, after the completion of the construction, the air inside the Chunghwa Telecom building will be fresher and no excessive carbon dioxide will be scattered throughout the building. The customers were very satisfied with the quality and progress of the construction, and even held a banquet, which made our company feel quite honored and happy.
The “Smart Cooling Tower” complete solution provided by the Tailong Energy-saving Technology Team is Taiwan’s first cloud service solution that integrates MATLAB and cloud IaaS/PaaS. The Gemini team has optimized the integration and design on cloud IaaS/PaaS for MATLAB operations. Therefore, users can actually feel the flexibility, convenience and superior performance brought by cloud computing when running MATLAB cloud computing.
Compared with the previous way of using MATLAB in other cloud environments, for service managers, in addition to purchasing cloud IaaS individually, they also have to deploy a PaaS layer and invest a lot of manpower for optimization.
The “Smart Cooling Tower” complete solution launched by the Tailong Energy Conservation Technology Team integrates IaaS/PaaS/SaaS in one place, allowing service managers to deploy cloud services quickly and at low cost.
Cured Matter Of Scale
The Industrial Technology Research Institute currently has more than a dozen research units, covering fields of biomedicine, green energy, materials, machinery, information communications, cloud computing, etc., accumulating world-class R&D energy. Since R&D projects often need to deal with various professional field operations, such as engineering mathematics, image processing, signal processing, or model operations in other professional fields, there are a large number of professional field data calculation requirements.
R&D units with computing needs often encounter two types of problems. The first is that the amount of software purchased by the unit is limited, and it is often used in a line. Especially during peak usage periods, the demand for computing software is often concentrated in a few time periods, which cannot meet user needs. Secondly, the workload of professional computing is large, and high-end computing equipment is required to provide sufficient resources to meet the needs of users. However, the cost of high-end equipment is high, and there are not many opportunities for general use. If it is only purchased for a specific situation, it is easy to cause the equipment to be idle and make the use of resources inefficient. Therefore, how to meet the computing demand with the lowest capital investment for R&D units has become an unavoidable problem.
In addition, MATLAB software is characterized by high unit price and multi-tool modules. Therefore, the budget of a single unit is often not enough to purchase the overall tool modules required, so the budget is often adjusted to affect the efficiency and results of research and development. The frequency of updating the two editions every year often results in a huge increase in the manpower burden of the units responsible for MIS technical services in the hospital, and it is not easy to control the phenomenon of each unit purchasing different versions. As a result, dozens of software procurement procedures are generated each year, which also results in the consumption of administrative resources in the hospital.
In order to create a high-quality computing service experience for users, the Tailong Energy Conservation Technology Team started from two aspects. In the hardware part, domestically-made x86 servers and network equipment are used to replace high-end computing equipment from foreign brands. By integrating OpenStack IaaS/GOC PaaS/MATLAB to become a complete MATLAB Cloud engineering cloud solution, computing resources and software licenses can be flexibly allocated to users to meet the needs of various types of users.
The general agent of MATLAB in Taiwan, TISI Technology, also provides customers with a complete software package. Through a legally authorized network sharing version of the software solution, in conjunction with the MATLAB Cloud system, the overall number of MATLAB and computing tools can be calculated according to the actual needs of users, and software and tools can be easily solved The problem of insufficient purchase, and let the management unit have a complete grasp of the overall actual usage, reducing the administrative cost and burden of procurement.
The construction difficulty of Chunghwa Telecom’s computer room is SSR level, and we worked very hard under the sun. However, after the completion of the construction, the air inside the Chunghwa Telecom building will be fresher and no excessive carbon dioxide will be scattered throughout the building. The customers were very satisfied with the quality and progress of the construction, and even held a banquet, which made our company feel quite honored and happy.
The “Smart Cooling Tower” complete solution provided by the Tailong Energy-saving Technology Team is Taiwan’s first cloud service solution that integrates MATLAB and cloud IaaS/PaaS. The Gemini team has optimized the integration and design on cloud IaaS/PaaS for MATLAB operations. Therefore, users can actually feel the flexibility, convenience and superior performance brought by cloud computing when running MATLAB cloud computing.
Compared with the previous way of using MATLAB in other cloud environments, for service managers, in addition to purchasing cloud IaaS individually, they also have to deploy a PaaS layer and invest a lot of manpower for optimization.
The “Smart Cooling Tower” complete solution launched by the Tailong Energy Conservation Technology Team integrates IaaS/PaaS/SaaS in one place, allowing service managers to deploy cloud services quickly and at low cost.
Case of National Synchrotron Radiation Research Center
The Industrial Technology Research Institute currently has more than a dozen research units, covering fields of biomedicine, green energy, materials, machinery, information communications, cloud computing, etc., accumulating world-class R&D energy. Since R&D projects often need to deal with various professional field operations, such as engineering mathematics, image processing, signal processing, or model operations in other professional fields, there are a large number of professional field data calculation requirements.
R&D units with computing needs often encounter two types of problems. The first is that the amount of software purchased by the unit is limited, and it is often used in a line. Especially during peak usage periods, the demand for computing software is often concentrated in a few time periods, which cannot meet user needs. Secondly, the workload of professional computing is large, and high-end computing equipment is required to provide sufficient resources to meet the needs of users. However, the cost of high-end equipment is high, and there are not many opportunities for general use. If it is only purchased for a specific situation, it is easy to cause the equipment to be idle and make the use of resources inefficient. Therefore, how to meet the computing demand with the lowest capital investment for R&D units has become an unavoidable problem.
In addition, MATLAB software is characterized by high unit price and multi-tool modules. Therefore, the budget of a single unit is often not enough to purchase the overall tool modules required, so the budget is often adjusted to affect the efficiency and results of research and development. The frequency of updating the two editions every year often results in a huge increase in the manpower burden of the units responsible for MIS technical services in the hospital, and it is not easy to control the phenomenon of each unit purchasing different versions. As a result, dozens of software procurement procedures are generated each year, which also results in the consumption of administrative resources in the hospital.
In order to create a high-quality computing service experience for users, the Tailong Energy Conservation Technology Team started from two aspects. In the hardware part, domestically-made x86 servers and network equipment are used to replace high-end computing equipment from foreign brands. By integrating OpenStack IaaS/GOC PaaS/MATLAB to become a complete MATLAB Cloud engineering cloud solution, computing resources and software licenses can be flexibly allocated to users to meet the needs of various types of users.
The general agent of MATLAB in Taiwan, TISI Technology, also provides customers with a complete software package. Through a legally authorized network sharing version of the software solution, in conjunction with the MATLAB Cloud system, the overall number of MATLAB and computing tools can be calculated according to the actual needs of users, and software and tools can be easily solved The problem of insufficient purchase, and let the management unit have a complete grasp of the overall actual usage, reducing the administrative cost and burden of procurement.
The construction difficulty of Chunghwa Telecom’s computer room is SSR level, and we worked very hard under the sun. However, after the completion of the construction, the air inside the Chunghwa Telecom building will be fresher and no excessive carbon dioxide will be scattered throughout the building. The customers were very satisfied with the quality and progress of the construction, and even held a banquet, which made our company feel quite honored and happy.
The “Smart Cooling Tower” complete solution provided by the Tailong Energy-saving Technology Team is Taiwan’s first cloud service solution that integrates MATLAB and cloud IaaS/PaaS. The Gemini team has optimized the integration and design on cloud IaaS/PaaS for MATLAB operations. Therefore, users can actually feel the flexibility, convenience and superior performance brought by cloud computing when running MATLAB cloud computing.
Compared with the previous way of using MATLAB in other cloud environments, for service managers, in addition to purchasing cloud IaaS individually, they also have to deploy a PaaS layer and invest a lot of manpower for optimization.
The “Smart Cooling Tower” complete solution launched by the Tailong Energy Conservation Technology Team integrates IaaS/PaaS/SaaS in one place, allowing service managers to deploy cloud services quickly and at low cost.
First Bank Information Building
The Industrial Technology Research Institute currently has more than a dozen research units, covering fields of biomedicine, green energy, materials, machinery, information communications, cloud computing, etc., accumulating world-class R&D energy. Since R&D projects often need to deal with various professional field operations, such as engineering mathematics, image processing, signal processing, or model operations in other professional fields, there are a large number of professional field data calculation requirements.
R&D units with computing needs often encounter two types of problems. The first is that the amount of software purchased by the unit is limited, and it is often used in a line. Especially during peak usage periods, the demand for computing software is often concentrated in a few time periods, which cannot meet user needs. Secondly, the workload of professional computing is large, and high-end computing equipment is required to provide sufficient resources to meet the needs of users. However, the cost of high-end equipment is high, and there are not many opportunities for general use. If it is only purchased for a specific situation, it is easy to cause the equipment to be idle and make the use of resources inefficient. Therefore, how to meet the computing demand with the lowest capital investment for R&D units has become an unavoidable problem.
In addition, MATLAB software is characterized by high unit price and multi-tool modules. Therefore, the budget of a single unit is often not enough to purchase the overall tool modules required, so the budget is often adjusted to affect the efficiency and results of research and development. The frequency of updating the two editions every year often results in a huge increase in the manpower burden of the units responsible for MIS technical services in the hospital, and it is not easy to control the phenomenon of each unit purchasing different versions. As a result, dozens of software procurement procedures are generated each year, which also results in the consumption of administrative resources in the hospital.
In order to create a high-quality computing service experience for users, the Tailong Energy Conservation Technology Team started from two aspects. In the hardware part, domestically-made x86 servers and network equipment are used to replace high-end computing equipment from foreign brands. By integrating OpenStack IaaS/GOC PaaS/MATLAB to become a complete MATLAB Cloud engineering cloud solution, computing resources and software licenses can be flexibly allocated to users to meet the needs of various types of users.
The general agent of MATLAB in Taiwan, TISI Technology, also provides customers with a complete software package. Through a legally authorized network sharing version of the software solution, in conjunction with the MATLAB Cloud system, the overall number of MATLAB and computing tools can be calculated according to the actual needs of users, and software and tools can be easily solved The problem of insufficient purchase, and let the management unit have a complete grasp of the overall actual usage, reducing the administrative cost and burden of procurement.
The construction difficulty of Chunghwa Telecom’s computer room is SSR level, and we worked very hard under the sun. However, after the completion of the construction, the air inside the Chunghwa Telecom building will be fresher and no excessive carbon dioxide will be scattered throughout the building. The customers were very satisfied with the quality and progress of the construction, and even held a banquet, which made our company feel quite honored and happy.
The “Smart Cooling Tower” complete solution provided by the Tailong Energy-saving Technology Team is Taiwan’s first cloud service solution that integrates MATLAB and cloud IaaS/PaaS. The Gemini team has optimized the integration and design on cloud IaaS/PaaS for MATLAB operations. Therefore, users can actually feel the flexibility, convenience and superior performance brought by cloud computing when running MATLAB cloud computing.
Compared with the previous way of using MATLAB in other cloud environments, for service managers, in addition to purchasing cloud IaaS individually, they also have to deploy a PaaS layer and invest a lot of manpower for optimization.
The “Smart Cooling Tower” complete solution launched by the Tailong Energy Conservation Technology Team integrates IaaS/PaaS/SaaS in one place, allowing service managers to deploy cloud services quickly and at low cost.
Cured Matter Of Scale
The Industrial Technology Research Institute currently has more than a dozen research units, covering fields of biomedicine, green energy, materials, machinery, information communications, cloud computing, etc., accumulating world-class R&D energy. Since R&D projects often need to deal with various professional field operations, such as engineering mathematics, image processing, signal processing, or model operations in other professional fields, there are a large number of professional field data calculation requirements.
R&D units with computing needs often encounter two types of problems. The first is that the amount of software purchased by the unit is limited, and it is often used in a line. Especially during peak usage periods, the demand for computing software is often concentrated in a few time periods, which cannot meet user needs. Secondly, the workload of professional computing is large, and high-end computing equipment is required to provide sufficient resources to meet the needs of users. However, the cost of high-end equipment is high, and there are not many opportunities for general use. If it is only purchased for a specific situation, it is easy to cause the equipment to be idle and make the use of resources inefficient. Therefore, how to meet the computing demand with the lowest capital investment for R&D units has become an unavoidable problem.
In addition, MATLAB software is characterized by high unit price and multi-tool modules. Therefore, the budget of a single unit is often not enough to purchase the overall tool modules required, so the budget is often adjusted to affect the efficiency and results of research and development. The frequency of updating the two editions every year often results in a huge increase in the manpower burden of the units responsible for MIS technical services in the hospital, and it is not easy to control the phenomenon of each unit purchasing different versions. As a result, dozens of software procurement procedures are generated each year, which also results in the consumption of administrative resources in the hospital.
In order to create a high-quality computing service experience for users, the Tailong Energy Conservation Technology Team started from two aspects. In the hardware part, domestically-made x86 servers and network equipment are used to replace high-end computing equipment from foreign brands. By integrating OpenStack IaaS/GOC PaaS/MATLAB to become a complete MATLAB Cloud engineering cloud solution, computing resources and software licenses can be flexibly allocated to users to meet the needs of various types of users.
The general agent of MATLAB in Taiwan, TISI Technology, also provides customers with a complete software package. Through a legally authorized network sharing version of the software solution, in conjunction with the MATLAB Cloud system, the overall number of MATLAB and computing tools can be calculated according to the actual needs of users, and software and tools can be easily solved The problem of insufficient purchase, and let the management unit have a complete grasp of the overall actual usage, reducing the administrative cost and burden of procurement.
The construction difficulty of Chunghwa Telecom’s computer room is SSR level, and we worked very hard under the sun. However, after the completion of the construction, the air inside the Chunghwa Telecom building will be fresher and no excessive carbon dioxide will be scattered throughout the building. The customers were very satisfied with the quality and progress of the construction, and even held a banquet, which made our company feel quite honored and happy.
The “Smart Cooling Tower” complete solution provided by the Tailong Energy-saving Technology Team is Taiwan’s first cloud service solution that integrates MATLAB and cloud IaaS/PaaS. The Gemini team has optimized the integration and design on cloud IaaS/PaaS for MATLAB operations. Therefore, users can actually feel the flexibility, convenience and superior performance brought by cloud computing when running MATLAB cloud computing.
Compared with the previous way of using MATLAB in other cloud environments, for service managers, in addition to purchasing cloud IaaS individually, they also have to deploy a PaaS layer and invest a lot of manpower for optimization.
The “Smart Cooling Tower” complete solution launched by the Tailong Energy Conservation Technology Team integrates IaaS/PaaS/SaaS in one place, allowing service managers to deploy cloud services quickly and at low cost.