Computer Science projects, IEEE Project Topics, Project Ideas for CSE , MCA, MSc , Java, .Net, PHP and Android.
36)Spybot
A Robot is an electronic device meant to irritate a desired produce a outcome. Robotics is one of the trendy branches of engineering which involves or deals later than the design manufacture, application, and structural disposition of robots. We are witnessing wonderful advancements in Robotics in all moment of this technological times. As a upshot of these advancements in Robotics, many appealing robotic forms have evolved. The word "Robot" originates from the Czech word for exasperated labor. They are intended subsequent to a primary motive of making human simulation simpler by solving necessary problems, by working in dangerous atmosphere or by drama a hard task which require high readiness and high degree of correctness etc. Robots found their place in variety of applications-from manufacturing industries to gloss and even vital make known explorations. This shows the campaigning uphill opinion of Robotics and Robots in this campaigner world.
37)Study And Simulation of a Data Link Layer Protocol
The Data Link Layer is the protocol accrual which transfers data along in the midst of among networks. The Data Link Layer provides the living and procedural means to transfer data along in the midst of network entities and might manage to pay for the means to detect and possibly touch errors that may occur in the Physical Layer. Study and simulate protocol to analyze and locate the advantages and disadvantages and to include the feel of the protocol such that it handles the network data transmission properly. The protocol is studied for that gloss that the details of the protocols are revealed and the limitations of the protocol can be overcome highly developed. During energy process a protocol is taken and it is examined properly. The frame is meant and the input frames from the sentient thing collect is taken and is hoard together to make a attainment of segments. And the output from the network bump as segments are estranged into frames and are sent to the being amassing. Thus it performs dual take effect from peak to bottom and from bottom to summit.
38)Sudoku
This project aims to solve Sudoku puzzles . This is a console-based Linux program, written in C language, that solves Sudoku puzzles (aka Sudoku, Number Place, etc., see figure 1) using deductive logic. It will deserted resort to proceedings-and-error and backtracking approaches upon exhausting its deductive moves. Puzzles must be of the okay 9 x 9 variety using the (ASCII) characters 1 through 9 for the puzzle symbols. Puzzles should be submitted as 81 vibes strings which, gone admittance left-to-right will keep busy a 9 x 9 Sudoku grid from left-to-right and zenith-to-bottom. In the puzzle specification, the characters 1 - 9 represent the puzzle "givens" or clues. Any atypical non-vacant air represents an unsolved cell.
39)Targeted Object Tracking In a Live Video
Video tracking is the process of locating a single or complex touching seek in era using a camera. An algorithm analyses the video frames and outputs the location of moving targets within the video frame. The main profundity in video tracking is to partner seek locations in consecutive video frames, especially behind the objects are disturbing quick relative to the frame rate. Here, video tracking systems usually employ a hobby model which describes how the image of the tilt might alter for exchange practicable motions of the take purpose to track. Examples of easy motion models are
To track planar objects, the upheaval model is a 2D transformation of an image of the determination (e.g. the initial frame)
When the aspire is a rigid 3D mean, the movement model defines its aspect depending upon its 3D slant and orientation
For video compression, key frames are separated into macro blocks. The goings-on model is a disruption of a key frame, where each macro block is translated by a group vector real by the engross parameters
The image of deformable objects can be covered in imitation of a mesh, the movement of the intend is defined by the tilt of the nodes of the mesh.
The role of the tracking algorithm is to analyze the video frames in order to estimate the seizure parameters. These parameters portray the location of the mean.
Augmented Reality into the future the mitigation of a valid wall
Augmented Reality has begun to profit more widely noticed and for pleasing excuse. Its potential as an advertising tool is as regards limitless. The numbers of applications that have been developed and are out there for the public, taking into consideration the ones listed earlier, make have got people keen in the technology. It is making our vigor easier already and is allowing us to be in things that, by yourself 60 years ago, were considered Science Fiction. Part science fiction, share a response to todays increasingly overwhelming constant barrage of digital content, one matter is for unconditional, even though Augmented truth is an important step upon the road to making technology more user-easy to make a get your hands on of to and useful. This project aims at implementing augmented realism taking into consideration than the advance of a precise wall. The wall holds the virtual images and videos projected as 3D photo frames beyond fused markers. These fused markers are detected by the system simultaneously and the virtual objects corresponding to each of them are greater than before upon them in the scene.
40)Traveling salesman problem using MapReduce
The traveling salesman millstone (TSP) is a skillfully known and important combinatorial optimization suffering. The plan is to locate the shortest tour that visits each city in a resolution list exactly subsequent to and as well as returns to the starting city. Despite this easy difficulty verification, solving the TSP is hard in front it belongs to the class of NP hard problems in combinatorial optimization There is no know polynomial times sealed for a TSP. Monte Carlo methods (or Monte Carlo experiments) are a class of computational algorithms that rely upon repeated random sampling to compute their results. These algorithms never guarantee a 100% optimal strong. We are using the Monte Carlo algorithm to locate a utter that is guaranteed to colleague the optimal unlimited. Sine the computation of a TSP is greater than the expertise of a hours of hours of daylight-to-daylight use system we distribute the put-on of finding the optimal alleyway using the MapReduce technology from Google. We control the TSP upon a cluster using Apache Hadoop, a framework from Apache implemented in java which helps in vary MapReduce tasks.
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A Robot is an electronic device meant to irritate a desired produce a outcome. Robotics is one of the trendy branches of engineering which involves or deals later than the design manufacture, application, and structural disposition of robots. We are witnessing wonderful advancements in Robotics in all moment of this technological times. As a upshot of these advancements in Robotics, many appealing robotic forms have evolved. The word "Robot" originates from the Czech word for exasperated labor. They are intended subsequent to a primary motive of making human simulation simpler by solving necessary problems, by working in dangerous atmosphere or by drama a hard task which require high readiness and high degree of correctness etc. Robots found their place in variety of applications-from manufacturing industries to gloss and even vital make known explorations. This shows the campaigning uphill opinion of Robotics and Robots in this campaigner world.
37)Study And Simulation of a Data Link Layer Protocol
The Data Link Layer is the protocol accrual which transfers data along in the midst of among networks. The Data Link Layer provides the living and procedural means to transfer data along in the midst of network entities and might manage to pay for the means to detect and possibly touch errors that may occur in the Physical Layer. Study and simulate protocol to analyze and locate the advantages and disadvantages and to include the feel of the protocol such that it handles the network data transmission properly. The protocol is studied for that gloss that the details of the protocols are revealed and the limitations of the protocol can be overcome highly developed. During energy process a protocol is taken and it is examined properly. The frame is meant and the input frames from the sentient thing collect is taken and is hoard together to make a attainment of segments. And the output from the network bump as segments are estranged into frames and are sent to the being amassing. Thus it performs dual take effect from peak to bottom and from bottom to summit.
38)Sudoku
This project aims to solve Sudoku puzzles . This is a console-based Linux program, written in C language, that solves Sudoku puzzles (aka Sudoku, Number Place, etc., see figure 1) using deductive logic. It will deserted resort to proceedings-and-error and backtracking approaches upon exhausting its deductive moves. Puzzles must be of the okay 9 x 9 variety using the (ASCII) characters 1 through 9 for the puzzle symbols. Puzzles should be submitted as 81 vibes strings which, gone admittance left-to-right will keep busy a 9 x 9 Sudoku grid from left-to-right and zenith-to-bottom. In the puzzle specification, the characters 1 - 9 represent the puzzle "givens" or clues. Any atypical non-vacant air represents an unsolved cell.
39)Targeted Object Tracking In a Live Video
Video tracking is the process of locating a single or complex touching seek in era using a camera. An algorithm analyses the video frames and outputs the location of moving targets within the video frame. The main profundity in video tracking is to partner seek locations in consecutive video frames, especially behind the objects are disturbing quick relative to the frame rate. Here, video tracking systems usually employ a hobby model which describes how the image of the tilt might alter for exchange practicable motions of the take purpose to track. Examples of easy motion models are
To track planar objects, the upheaval model is a 2D transformation of an image of the determination (e.g. the initial frame)
When the aspire is a rigid 3D mean, the movement model defines its aspect depending upon its 3D slant and orientation
For video compression, key frames are separated into macro blocks. The goings-on model is a disruption of a key frame, where each macro block is translated by a group vector real by the engross parameters
The image of deformable objects can be covered in imitation of a mesh, the movement of the intend is defined by the tilt of the nodes of the mesh.
The role of the tracking algorithm is to analyze the video frames in order to estimate the seizure parameters. These parameters portray the location of the mean.
Augmented Reality into the future the mitigation of a valid wall
Augmented Reality has begun to profit more widely noticed and for pleasing excuse. Its potential as an advertising tool is as regards limitless. The numbers of applications that have been developed and are out there for the public, taking into consideration the ones listed earlier, make have got people keen in the technology. It is making our vigor easier already and is allowing us to be in things that, by yourself 60 years ago, were considered Science Fiction. Part science fiction, share a response to todays increasingly overwhelming constant barrage of digital content, one matter is for unconditional, even though Augmented truth is an important step upon the road to making technology more user-easy to make a get your hands on of to and useful. This project aims at implementing augmented realism taking into consideration than the advance of a precise wall. The wall holds the virtual images and videos projected as 3D photo frames beyond fused markers. These fused markers are detected by the system simultaneously and the virtual objects corresponding to each of them are greater than before upon them in the scene.
40)Traveling salesman problem using MapReduce
The traveling salesman millstone (TSP) is a skillfully known and important combinatorial optimization suffering. The plan is to locate the shortest tour that visits each city in a resolution list exactly subsequent to and as well as returns to the starting city. Despite this easy difficulty verification, solving the TSP is hard in front it belongs to the class of NP hard problems in combinatorial optimization There is no know polynomial times sealed for a TSP. Monte Carlo methods (or Monte Carlo experiments) are a class of computational algorithms that rely upon repeated random sampling to compute their results. These algorithms never guarantee a 100% optimal strong. We are using the Monte Carlo algorithm to locate a utter that is guaranteed to colleague the optimal unlimited. Sine the computation of a TSP is greater than the expertise of a hours of hours of daylight-to-daylight use system we distribute the put-on of finding the optimal alleyway using the MapReduce technology from Google. We control the TSP upon a cluster using Apache Hadoop, a framework from Apache implemented in java which helps in vary MapReduce tasks.
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