The Experts below are selected from a list of 27138 Experts worldwide ranked by ideXlab platform
V H Patankar - One of the best experts on this subject based on the ideXlab platform.
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ultrasonic camera a matrix based real time ultrasonic imaging system for immersion applications
Journal of Instrumentation, 2019Co-Authors: Eaglekumar G Tarpara, Harshit Jain, N P Kumar, V H PatankarAbstract:The novel matrix-based real-time ultrasonic imaging using an ultrasonic camera for immersion application has been proposed in this paper. The proposed ultrasonic camera provides real-time images of mechanical components and the image size is equal to the field of view of the developed matrix-based transducer assembly. For the matrix-based ultrasonic imaging, the addressing-based analog multiplexing scheme has been proposed in such a way that all channels of the specific row are selected simultaneously such as the transducer excitation, Data acquisition, Data processing and Transferring Operations are performed concurrently. Similarly, the same Operations are performed for remaining all rows sequentially. The developed ultrasonic camera further supports dynamic on-line reconfiguration of the analog front-end hardware, real-time hardware/software-based Data processing and Data Transfer Operation. For the experimentation, the entire matrix-based (5 × 5) ultrasonic imaging system for immersion applications has been designed, developed and evaluated in the laboratory. Here we present the performance evaluation of the developed matrix-based ultrasonic camera system by acquiring the real-time images of the water-immersed mechanical objects.
K Ramchandra - One of the best experts on this subject based on the ideXlab platform.
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USB to USB Data Transfer using Raspberry Pi and ARM
2020Co-Authors: T Shinde, K RamchandraAbstract:Abstract: An importance of portability is well known to us so to achieve this, we are going to design a system which we can carry anywhere. Using this system we can not only Transfer Data but also we are able to see the Transfer of the particular file which we are going to Transfer by using graphical display .Hence the system to be designed will be more compact .In our project we are going Transfer Data between different USB devices using Raspberry pi and ARM7 without using any computer or laptop .As shown in block diagram four USB devices can be connected to Raspberry pi while one USB device can be connected to ARM 7.Out of these various devices one device can act as a master while others will act as slaves. After sending particular command to processor ,the processor will start fetching Data from master USB device and ARM processor will wait from the signal from destination or slave USB.As soon as processor gets the signal from destination device Data Transfer Operation get started
Eaglekumar G Tarpara - One of the best experts on this subject based on the ideXlab platform.
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ultrasonic camera a matrix based real time ultrasonic imaging system for immersion applications
Journal of Instrumentation, 2019Co-Authors: Eaglekumar G Tarpara, Harshit Jain, N P Kumar, V H PatankarAbstract:The novel matrix-based real-time ultrasonic imaging using an ultrasonic camera for immersion application has been proposed in this paper. The proposed ultrasonic camera provides real-time images of mechanical components and the image size is equal to the field of view of the developed matrix-based transducer assembly. For the matrix-based ultrasonic imaging, the addressing-based analog multiplexing scheme has been proposed in such a way that all channels of the specific row are selected simultaneously such as the transducer excitation, Data acquisition, Data processing and Transferring Operations are performed concurrently. Similarly, the same Operations are performed for remaining all rows sequentially. The developed ultrasonic camera further supports dynamic on-line reconfiguration of the analog front-end hardware, real-time hardware/software-based Data processing and Data Transfer Operation. For the experimentation, the entire matrix-based (5 × 5) ultrasonic imaging system for immersion applications has been designed, developed and evaluated in the laboratory. Here we present the performance evaluation of the developed matrix-based ultrasonic camera system by acquiring the real-time images of the water-immersed mechanical objects.
T Shinde - One of the best experts on this subject based on the ideXlab platform.
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USB to USB Data Transfer using Raspberry Pi and ARM
2020Co-Authors: T Shinde, K RamchandraAbstract:Abstract: An importance of portability is well known to us so to achieve this, we are going to design a system which we can carry anywhere. Using this system we can not only Transfer Data but also we are able to see the Transfer of the particular file which we are going to Transfer by using graphical display .Hence the system to be designed will be more compact .In our project we are going Transfer Data between different USB devices using Raspberry pi and ARM7 without using any computer or laptop .As shown in block diagram four USB devices can be connected to Raspberry pi while one USB device can be connected to ARM 7.Out of these various devices one device can act as a master while others will act as slaves. After sending particular command to processor ,the processor will start fetching Data from master USB device and ARM processor will wait from the signal from destination or slave USB.As soon as processor gets the signal from destination device Data Transfer Operation get started
Harshit Jain - One of the best experts on this subject based on the ideXlab platform.
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ultrasonic camera a matrix based real time ultrasonic imaging system for immersion applications
Journal of Instrumentation, 2019Co-Authors: Eaglekumar G Tarpara, Harshit Jain, N P Kumar, V H PatankarAbstract:The novel matrix-based real-time ultrasonic imaging using an ultrasonic camera for immersion application has been proposed in this paper. The proposed ultrasonic camera provides real-time images of mechanical components and the image size is equal to the field of view of the developed matrix-based transducer assembly. For the matrix-based ultrasonic imaging, the addressing-based analog multiplexing scheme has been proposed in such a way that all channels of the specific row are selected simultaneously such as the transducer excitation, Data acquisition, Data processing and Transferring Operations are performed concurrently. Similarly, the same Operations are performed for remaining all rows sequentially. The developed ultrasonic camera further supports dynamic on-line reconfiguration of the analog front-end hardware, real-time hardware/software-based Data processing and Data Transfer Operation. For the experimentation, the entire matrix-based (5 × 5) ultrasonic imaging system for immersion applications has been designed, developed and evaluated in the laboratory. Here we present the performance evaluation of the developed matrix-based ultrasonic camera system by acquiring the real-time images of the water-immersed mechanical objects.
