AppIntel( Vol No. )
* *Applied Intelligence
AppIntel(1)
* Employing Sensor Repositioning to Refine Spatial Reasoning in an Industrial Robotic Environment
AppIntel(2)
* General Dynamic Vision Architecture for UGV and UAV, A
AppIntel(4)
* Learning Relational Structures: Applications to Computer Vision
AppIntel(5)
* Computer Vision System for Extravehicular Activity Helper Retriever, A
* Design of an Autonomous Agricultural Robot
* Experiments in Active Vision with Real and Virtual Robot Heads
* Hierarchical Integration of Sensor Data and Contextual Information for Automatic Target Recognition
* Multisensor Integration for Underwater Scene Classification
* Variational Approach to Multisensor Fusion of Images, A
AppIntel(6)
* Hypercube Separation Algorithm: A Fast And Efficient Algorithm for Online Handwritten Character-Recognition, The
* Online Shape-Recognition with Incremental Training Using Binary Synaptic Weights Algorithm
* Qualitative Spatial Reasoning Using Orientation, Distance, and Path Knowledge
AppIntel(7)
* Augmenting the Discrimination Power of HMM by NN for Online Cursive Script Recognition
AppIntel(8)
* Comparison of Experimental Results with an Evolution Strategy and Competitive Neural Networks for Near Real-Time Color Quantization of Image Sequences, A
* Handwritten Chinese Character Recognition Based on Primitive and Fuzzy Features via the SEART Neural Net Model