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of computer security, with emphasis on applied encryption, software/system security, and web security. Subjects such as encryption algorithm, access control, authentication, buffer overflow, SQL injection and
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Engineering, specialization in Autonomous Systems. Requirement 3: have proven academic experience in implementing hardware and algorithms in Python and ROS, and in developing ground robots controlled by
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, Spartanburg, SC Part/Full Time Full Time Hours per Week 37.5 Work Schedule Monday – Friday; 8:30am – 5pm; Some evenings and weekends as needed are required. Basis 12 months Job Search Category
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though digital front door interactions such as patient portals, patient created records, patient generated attachments/photos and self-scheduling, understanding their impact on patient matching. Use and
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California State University San Marcos | San Marcos, California | United States | about 16 hours ago
security, and web security. Subjects such as encryption algorithm, access control, authentication, buffer overflow, SQL injection and cross-site scripting attack will be covered. Both theoretical and
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System, Vehicle-to-Grid, Virtual Power Plant, Multi-Energy Coordinated Scheduling technology, Energy Internet technology or others related. Key Responsibilities: Conduct in-depth research in one or more
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following department/specialty algorithms, the Scheduler critically evaluates the nature and urgency of scheduling requests to provide comprehensive clinical ambulatory scheduling for providers within
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ambiguities Performs electronic updates to contact information, application status, and restrictions within Colleague Enters data of applicant GPA, GRE scores, and coursework evaluation into the algorithm
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learning models (semantic segmentation, domain adaptation, multimodal AI) to analyze plant and environmental data. Support the integration of AI algorithms with robotic and sensing systems for real-world
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and proposing the fundamental principles, algorithms, and implementations for solving high-level visual perception and cognition problems involving computational geometry, automated image and video