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| affective mobile robot educator with a full-time | job | , An |
| AI Engineers: The autonomous-vehicle industry wants you: Cruise's AI chief, Hussein Mehanna, talks | job | s, careers, and self-driving cars |
| Automated Analysis and Prediction of | job | Interview Performance |
| Automated Screening of | job | Candidate Based on Multimodal Video Processing |
| ChaLearn: Explainable Computer Vision Workshop and | job | Candidate Screening Competition |
| Correlation between the | job | s-Housing Relationship and the Innovative Development of Sci-Tech Parks in New Urban Districts: A Case Study of the Hangzhou West Hi-Tech Corridor in China, The |
| Enabling a computer to do the | job | of a lens |
| Fast Convergence to Near Optimal Solution for | job | Shop Scheduling Using Cat Swarm Optimization |
| Human-Explainable Features for | job | Candidate Screening Prediction |
| job | Accessibility as a Lens for Understanding the Urban Structure of Colonial Cities: A Digital Humanities Study of the Colonial Seoul in the 1930s Using GIS |
| Multi-modal Score Fusion and Decision Trees for Explainable Automatic | job | Candidate Screening from Video CVs |
| On-the- | job | Range Calibration of Terrestrial Laser Scanners with Piecewise Linear Functions |
| Personality Traits and | job | Candidate Screening via Analyzing Facial Videos |
| Reasoning About Expected | job | Completion Time in Dynamic Vehicular Clouds |
| Reasoning About | job | Completion Time in Vehicular Clouds |
| Research on the Method of Urban | job | s-Housing Space Recognition Combining Trajectory and POI Data |
| Simulation of the Urban | job | s-Housing Location Selection and Spatial Relationship Using a Multi-Agent Approach |
| Study of stability analysis of the interior orientation parameters from the smallformat digital camera using on-the- | job | calibration |
| Toward Approximating | job | Completion Time in Vehicular Clouds |
| Two-Stage ACO to Solve the | job | Shop Scheduling Problem |
| Vehicular Task Offloading and | job | Scheduling Method Based on Cloud-Edge Computing |
| Visual Analysis Approach for Inferring Personal | job | and Housing Locations Based on Public Bicycle Data, A |
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