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Updates found with 'university campus'

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Updates found with 'university campus'

DOT NET PROJECTS ABSTRACT 2016-2017 A DON: APPLICATION-DRIVEN OVERLAY NETWORK-AS-A-SERVICE FOR DATA-INTENSIVE SCIENCE ABSTRACT: Campuses are increasingly adopting hybrid cloud architectures for supporting data-intensive science applications that require “on-demand” resources, which are not always available locally on-site. Policies at the campus edge for handling multiple such applications competing for remote resources can cause bottlenecks across applications. These bottlenecks can be proactively avoided with pertinent profiling, monitoring and control of application flows using software-defined networking and pertinent selection of local or remote compute resources. In this paper, we present an “Application-driven Overlay Network-as-a Service” (A DON) that manages the hybrid cloud requirements of multiple applications in a scalable and extensible manner by allowing users to specify requirements of the application that are translated into the underlying network and compute provisioning requirements. Our solution involves scheduling transit selection, a cost optimized selection of site(s) for computation and traffic engineering at the campus-edge based upon real-time policy control that ensures prioritized application performance delivery for multi-tenant traffic profiles. We validate our A DON approach through an emulation study and through a wide-area overlay network test bed implementation across two campuses. Our work flow orchestration results show the A DON effectiveness in hand ling temporal behavior of multi-tenant traffic burst arrivals using profiles from a diverse set of actual data-intensive applications.
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IEEE 2016-2017 DOT NET PROJECTS ABSTRACT: CAMPUS MANAGEMENT SYSTEMABSTRACT: Campus Management System mainly concentrates on managing Institutional information, Department/ Programme Summary and many other related data needs in a colleges or universities. Our system provides information to be in ready to submit format for the professional boardies. The system going to be developed can be used to keep information of the institution, department details, student information and generate a report based on the information of the above. Campus Management System is an very efficient data analysis and report generation system. The system contains crystal report technique for generating reports. The proposed system is user friendly because the retrieval and storing of data is fast and data is maintained efficiently. Moreover the graphical user interface is provided in the proposed system, which provides user to deal with the system very easily. Reports can be easily generated in the proposed system so user can generate the report as per the requirements. The existing software like college information system and student information system does not supports the data management system as per the requirements of professional governing boardies such as NBA, AICTE, MHRD or government agencies. Also it does not supports data analysis and report generation. The existing system does not fulfills the requirements that is actually needed by a technical institution also the existing systems does not allows for information to be presented in ready to submit format for the professional boardies such as NBA, AICTE, MHRD or government agencies. This new system mainly concentrates on managing student report generation. Using this system we can update all the information about a institution and generate the reports whenever u request.
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IEEE 2016 MATLAB PROJECT ABSTRACT AUTOMATIC EAR LANDMARK LOCALIZATION, SEGMENTATION, AND POSE CLASSIFICATION IN RANGE IMAG ABSTRACT: Multibiometric systems using face and ear features are increasingly adopted for forensic and civilian applications to address the challenges of facial expressions and occlusions. Although numerous ear and face recognition techniques have been proposed, not much work has been conducted in the field of 3-D fiducially points localization and 3-D ear detection. This paper presents an effective and efficient system of ear landmark localization, ear detection, and poses classification based on 3-D ears captured under large yaw variations. By utilizing the symmetrical property of human heads and classifying the ear with respect to its pose, all three tasks can be fulfilled given either left or right ears, without any prior pose information. A novel ear tree-structured graph (ETG) is proposed to represent the 3-Dear, after which a 3-D flexible mixture model is trained to locate the landmarks automatically. Then, the ear region is segmented based on them and the pose of the ear, i.e., whether it is a left or right ear, is classified based on the detected ETG. To the best of our knowledge, this paper is the first to present automatic landmark localization of 3-D ears extracted from facial scans with significant pose variations. Experiments were conducted at the University of Notre Dame collection F, G and J2, which contain large occlusion and pose variations, validating the effectiveness of the proposed methods.
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IEEE 2016 JAVA PROJECTS ABSTRACTOPENSEC: POLICY-BASED SECURITY USING SOFTWARE-DEFINED NETWORKING ABSTRACT: As the popularity of software defined networks(SDN) and Open Flow increases, policy-driven network management has received more attention. Manual configuration of multiple devices is being replaced by an automated approach where software-based, network-aware controller handles the configuration of all network devices. Software applications running on top of the network controller provide an abstraction of the topology and facilitate the task of operating the network. We proposeOpen Sec, an Open Flow-based security framework that allowsa network security operator to create and implement security policies written in human-readable language. Using Open Sec, the user can describe a flow in terms of Open Flow matchingfields, define which security services must be applied to that flow (deep packet inspection, intrusion detection, spam detection, etc.) and specify security levels that define how Open Sec reacts if malicious traffic is detected. In this paper, we first provide a moredetailed explanation of how Open Sec converts security policies into a series of Open Flow messages needed to implement sucha policy. Second, we describe how the framework automatically reacts to security alerts as specified by the policies. Third, weperform additional experiments on the GENI test bed to evaluate the scalability of the proposed framework using existing datasets of campus networks. Our results show that up to 95% of attacks in an existing data set can be detected and 99% of malicioussource nodes can be blocked automatically. Further, we show that our policy specification language is simpler while offering fast translation times compared to existing solutions
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IEEE 2016 JAVA PROJECTS ABSTRACT:KIDS-SCHOOLABSTRACT: A web portal (Kids-School) project which is implemented in java platform Main aim of this project is to develop a website to connect parent and School Management. This paper proposes a parent can able upload the location of the student in admission form itself its makes more securable connect between school management and parents. Details of his address are captured and stored in Student Directory (Admin). If we also store exact coordinates of his place in the form of longitude and latitude then we can always go to a map and find its location. EXISTING SYSTEM : In the existing system user can’t able to view the full detail of the activities that is visual and non-visual representation (text and picture). And while admitting kid’s itself uploading location of the residence in longitude, latitude is not in existing system. DISADVANTAGES:1) Difficult to set location in admission itself. 2) Difficult to view the text, images of activity in one portal.PROPOSED SYSTEM: This paper proposes a user can able upload the location of the student in admission form itself its makes more securable connect between school management and parents. And it will show visual representative and non-visual representative of extracurricular -activity. (eg: images, text) it is use for parents to follow up and its ease way to register. In this portal admin that can view the statistics of number of kid’s join’s in each activity in bar graph in easy way. ADVANTAGES:Parent can able to upload residence location of their kids in ease way. Parent can able to view the visual and non-visual representation of all activities available in school campus and its ease to register. Admin can able to view the statistics of number of kid’s join’s in each activity in bar graph in easy way. SYSTEM CONFIGURATION:SOFTWARE REQUIREMENTS:  Operating System :   WINDOWS 7 Front end :   JSP Back end :   SQL SERVER HARDWARE REQUIREMENTS: Processor : Intel® Core®(1.86 GHZ)Memory : 1 GB RAM  Hard disk : 250 GB CONCLUSION: :1) The conclusion in proposing system Kids-School should be user-friendly and satisfies the parent. This paper proposes a detail about to develop a website to connect parent and School Management. 2) In this portal the main feature is there may be interest to show location of student’s residence on a map to show direction to someone to reach his place. 3) Another interesting factor is admin can view the database of the sponsors. 4) Admin can able to view statistics of the number of kids joined in each activity in bar graph.   
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