Now days the rapidly increasing vehicles & large time delays between traffic lights leads to wastage of fuel & time. To overcome this problem, we go through smart traffic control system using green energy. The...
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ISBN:
(纸本)9781538609668
Now days the rapidly increasing vehicles & large time delays between traffic lights leads to wastage of fuel & time. To overcome this problem, we go through smart traffic control system using green energy. The conventional traffic lights are works on fixed time period allotted to each side of junction which cannot be varied & junction timing allotted are fixed In the smart traffic control system the traffic is controlled according to traffic density within the particular distance. This system is done using arduino mega interfaced with IR sensors & timing at the junction changes automatically. This system comes under digital India campaign and supports Smart City Concept.
LEGO Bricks Color Sorting Machine is a system with capability to sort LEGO bricks according to their color. This system design uses arduino mega as a controller. In this project, PIXY sensor is used to detect the colo...
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ISBN:
(纸本)9781509051502
LEGO Bricks Color Sorting Machine is a system with capability to sort LEGO bricks according to their color. This system design uses arduino mega as a controller. In this project, PIXY sensor is used to detect the color of the object after it was manually fed by users at feeding slide. Based on the sensor readings, the system will automatically start to sort them to their exact location or station. The top splitter slot will move to the left or right in order to adjust the location for the drop. The advantage of this system is the capability of the system to sort LEGO bricks based on its color, and contains a station for rejected object if it does not meet the system requirements, for example color is not detected or object is not recognized. The system helps to sort the object in fastest time and without any errors. The experimental results support the goals which is to develop the LOGO bricks color sorting machine with reduced sorting time and better quality in the field of automation.
This paper presents a closed loop scan mechanism using a stepper motor based Gimbal Technique. For its control, arduino microcontroller based drive electronics is developed. This paper proposes a flexible structure fo...
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ISBN:
(纸本)9781467375412
This paper presents a closed loop scan mechanism using a stepper motor based Gimbal Technique. For its control, arduino microcontroller based drive electronics is developed. This paper proposes a flexible structure for usefulness in various applications like tracking, satellite imaging etc. This paper analyzes the programming and hardware structure for an easy implementation using the arduino microcontroller. For a bipolar stepper motor drive, the full H-bridge driver based electronics is developed. Motor shaft position is sensed by incremental optical encoder. The proposed module has high accuracy (.06% in scan rate).
There are many disaster happened around the world. In addition there are unknown space or environment require human seek out it. Especially when disaster could move space for different between in before and after. Peo...
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ISBN:
(纸本)9783662474877;9783662474860
There are many disaster happened around the world. In addition there are unknown space or environment require human seek out it. Especially when disaster could move space for different between in before and after. People don't know any information can assist them make a right policy decision. Also human's perceptions don't very sensitivity, such as optical illusion. The nose can't smell and identify harmful gases, or ear can't identify source of sound. People are need sensors and algorithms to assist them in that scenario. This research presents a method an easily design prototype robot. And robot equipped multiplex sensor used open source hardware. This robot has variety functions. Those functions come from design idea and application. This robot has equipped compass sensor aka M-sensor. The robot equipped Accelerometer, aka M-sensor. Robot equipped other sensors and algorithm could provide navigation and so on function.
CES-NUST has installed Pakistans first GTL (Gas to liquid) pilot plant based on Fischer Tropsch synthesis. SCADA (Supervisory Control and Data Acquisition) for Fischer Tropsch Synthesis (FTS) is concerned with the mon...
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ISBN:
(纸本)9781479965557
CES-NUST has installed Pakistans first GTL (Gas to liquid) pilot plant based on Fischer Tropsch synthesis. SCADA (Supervisory Control and Data Acquisition) for Fischer Tropsch Synthesis (FTS) is concerned with the monitoring of the vital parameters of bench scale plant. In the present paper the physical parameters are obtained from sensors, processed and displayed by using graphical user interface at personal computer. Finally all the parameters are saved according to the user choice in form of .xls file. arduino mega controller along with integrated environment is used to achieve the task. The software and associated hardware is installed and fully functional. The paper highlights the development and architecture of the SCADA system applied to the FT synthesis process.
This paper presents a closed loop scan mechanism using a stepper motor based Gimbal Technique. For its control, arduino microcontroller based drive electronics is developed. This paper proposes a flexible structure fo...
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ISBN:
(纸本)9781467375429
This paper presents a closed loop scan mechanism using a stepper motor based Gimbal Technique. For its control, arduino microcontroller based drive electronics is developed. This paper proposes a flexible structure for usefulness in various applications like tracking, satellite imaging etc. This paper analyzes the programming and hardware structure for an easy implementation using the arduino microcontroller. For a bipolar stepper motor drive, the full H-bridge driver based electronics is developed. Motor shaft position is sensed by incremental optical encoder. The proposed module has high accuracy (.06% in scan rate).
Tato bakalářská práce je zaměřena na seznámení se s modelem MVE a vytvoření návrhu struktury řízení na základě získaných informací. V prvním krok...
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Tato bakalářská práce je zaměřena na seznámení se s modelem MVE a vytvoření návrhu struktury řízení na základě získaných informací. V prvním kroku jsou zde popsány a vysvětleny rozdíly v použitých generátorech. Následně jsou podle parametrů měřené soustavy navrhnuty jednotlivé měřící prvky a moduly, které odesílají informace do zvoleného mikroprocesoru. V posledním kroku je zde rozebrána problematika tvorby vizualizačního softwaru prostřednictvím vývojového prostředí Processing.
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