Necrobotics for Healthcare Applications and Management

1. Introduction to Necrobotics
2. Necrobotics: Creepy yet Fascinating
3. Evolution of Robotics in Healthcare
4. Surgical Necrobotics
5. Human-Robot Interaction in Healthcare
6. Medical Imaging and Diagnosis: Robotics in Diagnostic Imaging and Image-Guided Interventions
7. Artificial Intelligence and Machine Learning in Necrobotics
8. Safety and Ethical Considerations in Necrobotics
9. Cost-Effectiveness and Return on the Investment Analysis for Necrobotic Systems
10. Workflow Optimization and Resource Allocation in Healthcare: The Role of Necrobotics
11. Futuristic Med-Tech Transforming Healthcare Industry: Nanorobotics for Healthcare Applications and Management in Action
12. Vision Among the Dead: Integrating Necrobotics and Computer Vision
13. A Framework for Development of Speech controlled Necrobot for Health Application
14. A Framework for the Development of an Intelligent Necrobot for Classification and Treatment of Skin Diseases
15. RAEXO: A Smartphone and Semi-Active Actuation Mechanism based a Pilot Prototype for Rheumatoid Arthritis Rehabilitation
16. Prospect of Necrobotics in Healthcare Applications- A Critical Analysis from the lens of Law

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• Inteligência artificial
• Robótica
• Biotecnologia
• Engenharia biomédica

Administrative procedure; Advanced robotics; Applied ergonomics; Applied linguistics; Artificial intelligence; Automation engineering; Bioengineering; Biohybrid robots; Bioimaging; Biological; Biological components; Biological materials; Biological safety; Biologically-inspired engineering; Biologically-inspired robot; Biology; Biomaterials; Biomechanics; Biorobot; Biotic materials; Business value; Commercialization; Computer vision; Control systems; Controller; Conversational agents; Convolutional neural networks; Cost-effectiveness; Death prediction; Decision making; Decision trees; Deep reinforcement learning; Delivery of health care; Delivery of healthcare; Developmental psychology; Digital signal processing; Dosing system; Drug; Drug development; Ethical standards; Extremophiles; Forensic pathology; Genetic algorithms; Genetic-neuronal; Geomatics; Gripper; Health care; Health studies; Health system; Healthcare; HealthCare; Healthcare industry; Healthcare realm; Human movement studies; Human-centered computing; Hybrid systems; Information economics; Information technology; Intelligent necrobot; Interventions; Joint (skeletal system); Kinematics of mechanism; Lexicon-based algorithms; Long short-term memory; Machine learning; Major surgical line; Manufacturing; Manufacturing engineering; Materials chemistry; Materials in biotechnology; Materials science engineering; Materials structure; Mechanical grippers; Mechanics; Medical applications; Medical device; Medical economics; Medical education; Medical imaging; Medical imaging diagnostics; Medical services; Med-Tech; Minimal invasive procedure; Moving object detection; Musculoskeletal disorder; Nanorobotics; Natural language processing; Necrobot; Necrobotics; Nercobotics; Nervous system disorder; NLP; Occupation; Operations management; Patient satisfaction; Pharmaceutical preparation; Pharmacy; Postmortem; Random forests; Recurrent neural networks; Regulatory authorities; Reinforcement learning; Research; Research activity; Return on investment; Robotic automation; Robotics; Sensor; Sentiment analysis; Skin disease classification; Speech-controlled robots; Speech-recognition; Spiders; Spoken commands from humans; Structural engineering; Support vector machines; Surgery; Surgical necrobotics; Surgical procedure; Technology; Technology management; Telemedicine; Therapeutic