This Blade Server Technology ppt is about blade server. An in detail explanation is given regarding the blade server. The paper also covers the differences between the server and also the blade server. It also covers the advantages, limitations and also the applications of the blade server.
A blade server is a server with a limited number of components with the modular design for minimizing both the space and also the energy consumed by it. It is a cost effective approach with little maintenance and also support cost.
Blade Server Technology Module Design:
Chassis is referred as a module with some empty slots where modules can be added like front end modules or even add-on modules based on the requirement. The major component of the module includes the processors, the usage of RAM, the hard disk and much more.
The modules include common power supply modules, and also the cooling modules or the common fan modules, for storage requires the storage module, for input and output operations requires the input/output related expansion module.
Components of Blade Server Technology:
The components of the blade server are placed in chassis. The chassis is capable of holding a number of server blades. These blades are used based on the requirement and according to the user convenience. When we speak about the Intel, it is capable of holding around 30 servers. The component includes the blade of the server, management blade and also the blade of the switch. There the management blade is capable of managing the blades. The major issue with the blade servers includes the managing of blades itself.
We can conclude that blade server with the modular design is used for minimizing both the space and also the energy consumed. It is a cost effective approach with little maintenance and also support cost.
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Introduction to biochip seminar report:
The biochip seminar report is about the biochip. It forms a cooperation relationship between the electronics and also the biology. The ‘Biochip’ is combination of the words Bio and Chip where the word Bio stands for the biological entity and chip in general can be a computer chip. A relationship is established between the computer and also the biological entity.
In brief it is the collection of all test sites which are arranged on a solid substrate so that all the tests are performed at the same time such that it attains high speed, accuracy and also the higher throughput.
This platform for its efficient utilization requires the technologies for processing of signal, the technology for micro array, the transduction for provide the output which are obtained for the experiments which are performed.
The biochip has “probes” which are represented as a point on the chip. These are capable of binding the targets which are available in the samples used for testing. The transponder is capable of storing the unique id of the computer chip.
Components of Biochip Technology:
The transponder has following components Antenna Coil which is capable of receiving and sending the signals, the tuning capacitor which is use to charge which the signal being sent by the reader, the glass capsule which is being made with the help of the bio compatible material.
The applications of the biochip includes in devices related to tracking and also the identification devices in animals. Now days the applications are mostly seen for monitoring the animals in the zoo. This is possible by implantation under the skin of the animal where each one possess a unique id number. It is capable of storing and also updating all the fields of the data, including the details of the person.
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This brain computer interface paper presentation is about the interface between the brain and the computer system. And in detail explanation is given regarding them. And the paper also includes the description regarding the EEG.
An electroencephalogram or EEG is considered as a measure for the measuring the voltage fluctuations of the brain which are detected from the electrodes. It gives an approximate measure of the neural activity done electrically.
The implementation of the EEG requires the connection to that of the machine physically and also requires the electrodes which are being attached to the scalp using a sticky substance like gel. The different models of EEG are not capable of fitting to the changing needs of the users. Later we have come up with the Adaptive algorithm for overcoming this.
Beside there are many adjustments to be still done personally for each person such that EEG can be placed. Currently the system is adapting the user rather than the providing the customized services to the user. Looking forward we design a system such that the user is operating the system.
Implementation of Brain Computer Interfaces:
The implementation of this brain computer interface system requires precision of high value, needs an extensive training to get adjusted to the system, and also requires the lower bandwidth, including the invasive sensors and also the control of the physical devices.
The future work focus will be on the improvement of the physical methods of gathering the EEG’s. Also involves in improvement of the generalization. And also educating so that the interpret waves are dealt.
We can conclude that EEG’s plays a vital role in the current applications. It gives an approximate measure of the neural activity done electrically.
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This brain computer interface seminar is about brain computer interface. It forms an interface between brain and also computer system. When we speak about the brain computer interface the main focus is on EEG. EEG plays a vital role in the neural system.
The system EEG is capable of measuring the voltage fluctuations of the brains which are detected from the electrodes of the scalp. It gives the approximate measure of the neural activity which is done electrically. It is cost effective, east to implement and also portable. These are considered to be mostly used device in case of BCIs. It is considered as Non-invasive.
The brain-computer interface helps in establishing the direct communication path between the human and an external device. The history of it has started in the year of 1970 where the first development involved in accepting the brain waves as the input.
Implementation of Brain Computer Interface:
To implement it physically it requires a gel for the electrical conductivity also little hair is also needed for its implementation. Users should be capable of dealing with the electrode preparation before it is implemented and cleaning of hair to be done after its implementation.
During the placement of the electrode the listener can even listen to the music and can wear a cap with the sensors for recording the neural activity. The brain waves are categorized based on the frequency bands. The wave frequencies affect the states of the brain and the classification of the system is used for characterizing the different EEG systems.
We can conclude that EEG plays a vital role in the BCI. It is an effective approach for measuring the neural activity in an effective way.
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Introduction to MCA PPT Topic on 64-bit Computing AMD64 and Intel Itanium Processors:
This Presentation is about 64-bit computing Seminar topic . In this type of computing the processor have size of the integer, widths of the data path and also the address of the memory locations are of 64bit wide. The 64-bit computing involves the code usage with virtual memory addresses of 64-bit.
A 64-bit register is capable of storing around 264 different values. Therefore processor with the 64-bit is capable of accessing 264bytes of addressable memory directly. AMD 64 has resulted in the improving the efficiency of the applications of high-performance computing applications.
The implementation of the 64-bit CPUs was being used in the super computers from 1970’s. And there implementation was done in servers and complex workstations from 1990’s. This architecture of the 64-bit computing includes both the integer and also the addressing registers are of the 64-bit width. Which are capable of supporting the data types and also the addresses of the 64-bit.
Also the CPU can have the data buses which are external and also the address buses which differ in the sizes when compared to that of the registers and can be even larger. When we consider the Itanium processor, this processor is capable of computing the instructions in a parallel manner. This process is capable of executing the instruction set in a parallel manner to the other instructions. These instructions are grouped in the stage of the compilation. There is no restriction on size of the group where the instructions are grouped together.
We can conclude that 64-bit computing involves the code usage with virtual memory addresses of 64-bit. A 64-bit register is capable of storing around 264 different values. Therefore processor with the 64-bit is capable of accessing 264bytes of addressable memory directly.
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