Advances in Artificial Systems for Power Engineering
- Length: 251 pages
- Edition: 1
- Language: English
- Publisher: Springer
- Publication Date: 2021-08-02
- ISBN-10: 3030805301
- ISBN-13: 9783030805302
- Sales Rank: #0 (See Top 100 Books)
From factories to smartphones, Artificial Intelligence is already taking over. Outsmarting AI is not a how-to guide on making AI work, but making it work for YOU to boost profits and productivity.
Each development in Artificial Intelligence (AI) technology brings about apprehension and panic for the future of society and for business. We’re bombarded with stories about the impending human-less workplace; it is no longer a question if man can be replaced by machine in certain tasks, but when.
However, AI was not manufactured to destroy life as we know it. These emerging technologies were developed and are constantly updating with a particular goal in mind: optimization. AI feeds on data and information to improve outputs and increase potential. With this enhanced productivity, profit and productivity will be sure to follow.
Written by Brennan Pursell, a business consultant and professor who hates jargon, and Joshua Walker, an AI pioneer with 18 years of experience in solutions and applications, Outsmarting AI is the first plain-English how-to guide on adapting AI for the non-coding proficient business leader.
This book will help readers to
- Cut through the fog of AI hype
- See exactly what AI can actually do for people in business
- Identify the areas of their organization in most need of AI tools
- Prepare and control their data – AI is useless without it
- Adopt AI and develop the right culture to support it
- Track the productivity boost, cost savings, and increased profits
- Manage and minimize the threat of crippling lawsuits
Cover Front Matter Optimal Dispatch of Combined Cooling, Heating and Power Microgrid with Advanced Adiabatic Compressed Air Energy Storage Chatbots as a Tool to Optimize the Educational Process Intelligent System of Computer Aided Processes Planning Micro-level Modeling of Traffic Flows Through Signalized Crossroads of an Arbitrary Structure Polypolar Coordination by the Multifocal Lemniscates Non-intrusive Load Identification Decision Method Based on Time Signatures Research on Non-intrusive Load Identification Method Based on Support Vector Machine Intelligent Detection of Electricity Stealing by Replacing Instrument Transformer Based on Daily Load Date Mining Fuzzy Management of Teacher-Student Interaction in Distance Learning Settings Evaluation Method of Distributed Renewable Energy Access to Distribution Network Based on Variable Weight Theory Research on Realization Technology of Arc Grounding Fault on Distribution Network on Field Test Data Research on Reactive Power Compensation Configuration of Wind Farm Integration Two Stage Stochastic Scheduling Model of Integrated Energy System with Renewable Energy Considering Demand Response Evaluation of Distribution Equipment Utilization Based on Data Driven Approaches to Validation of Quantification of the Variable “Relationship Between Users” in the Context of Social Engineering Attacks Parametric Oscillations at Delays in the Forces of Elasticity and Damping A Coordinated Dispatching Model for HDR-PV Hybrid Power System: A Zero-Sum Game Approach Category Splices and Modeling with Their Help Chemical Systems and Biomolecules Consensus Algorithm Based Distributed Coordinated Control for ESSs Integrated Off-grid PV Station Algebraic Harmony in Genomic DNA-Texts and Long-Range Coherence in Biological Systems Comparative Analysis of Inductive Density Clustering Algorithms Meanshift and DBSCAN Back Matter
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