Real Time Optimization (212 results)

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Paperback or Softback. Condition: New. Real-time Flight Path Optimization for Tracking Stop-and-Go Targets With Micro Air Vehicles. Book.

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Paperback or Softback. Condition: New. Real-Time Optimization. Book.

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Taschenbuch. Condition: Neu. Neuware - This research effort focuses on using a heuristic approach to determine the optimal flight path required to put an Unmanned Aircraft System's (UAS) sensor on a moving target in the presence of a constant wind field. This thesis builds on past work using dynamic optimization techniques to calculate minimum time to target. The computationally intensive dynamic optimization routines in their current form take a prohibitive amount of time to calculate and ultimately result in erroneous flight path predictions due to inherent execution time latencies. Therefore an iterative, suboptimal heuristic approach was explored to mitigate excessive calculation times and ultimately yield improved flight path predictions. This report not only explores the heuristic techniques used for flight path calculation, but also includes real world application and flight test results in a Micro Air Vehicle equipped with an autopilot.…

Taschenbuch. Condition: Neu. Neuware - A focused guide for engineers, architects, and technical teams who need to turn IEC 61850 into a practical foundation for industrial energy monitoring. This book shows how to connect smart electrical assets, structure measurement data, and build reliable pipelines that support real-time visibility, reporting, and optimization.Rather than treating IEC 61850 as a pure protection-system standard, the book focuses on its value in energy-centric industrial environments. It explains how measurements, status information, events, and high-resolution signals can be gathered from IEDs, normalized, and used for analytics that support better operational decisions.What the book covers- Core IEC 61850 concepts, including clients, servers, logical nodes, data objects, and report services- Modeling with SCL artifacts such as ICD, IID, SSD, and SCD- Time synchronization, timestamp handling, and data quality concerns- Communication choices across MMS, GOOSE, and Sampled Values- Network design for mixed monitoring and event traffic- Data modeling, storage patterns, and traceability for plant-wide analytics- Analytics methods for KPIs, anomaly detection, and operational optimization- Testing, commissioning, and troubleshooting of monitoring systemsWhy it stands outThe content moves from fundamentals to implementation, with practical examples throughout. You will see how to map measurements to logical nodes, design monitoring-centric substation files, configure reports and subscriptions, correlate switching events with energy changes, and build end-to-end data flows from the field to dashboards and decision support tools.It is especially useful for organizations working with substations, feeders, motors, meters, protection IEDs, and plant electrical infrastructure. The emphasis is on usable engineering methods, not just theory, so teams can apply the material when designing new deployments or improving existing ones.Ideal for- Power systems and automation engineers- Industrial IoT and OT architects- Energy management and reliability teams- System integrators and commissioning specialists- Professionals building real-time monitoring and analytics platformsClear explanations, practical configuration guidance, and an analytics-focused perspective make this a strong reference for anyone who wants IEC 61850 data to drive measurable energy insight.…

Taschenbuch. Condition: Neu. Neuware - Blender 5.1 Architecture and Engine Optimization: Build Robust Real-Time Applications and High-Fidelity 3D Environments Using Modern Vulkan and Python 3.13 API IntegrationsModern 3D teams are under pressure to build larger scenes, faster pipelines, richer real-time previews, and production-ready tools without losing stability. But as projects grow, Blender workflows can quickly become slowed by GPU bottlenecks, fragile scripts, shader delays, memory limits, and inconsistent studio handoffs.Blender 5.1 Architecture and Engine Optimization gives technical artists, pipeline engineers, 3D developers, visualization teams, and advanced Blender users a practical path to building faster, cleaner, more reliable production systems. Focused on modern Vulkan rendering, Python 3.13 scripting, Eevee Next, Geometry Nodes, USD, ACES, OpenEXR, and multi-GPU optimization, this book shows how Blender can function as a serious engineering platform for real-time applications and high-fidelity 3D environments.Inside, readers will learn how to: - Configure professional Blender 5.1 environments with Vulkan drivers and Python 3.13 workflows- Optimize Eevee Next, ray tracing, global illumination, and viewport performance- Build scalable automation tools, custom extensions, and diagnostic HUDs- Create procedural systems with Geometry Nodes, SDF grids, simulation zones, and clean data flows- Improve shader performance for product visualization, NPR, decals, and X-ray effects- Strengthen studio pipelines using USD, ACES, OpenColorIO, OpenEXR, AVIF, and distributed workflows- Tune multi-GPU rendering, hardware acceleration, shader compilation, and memory distributionIf you want to move beyond basic Blender usage and build professional-grade 3D systems that perform under real production pressure, this book belongs on your desk.…

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Condition: New. KlappentextrnrnThis research effort focuses on using a heuristic approach to determine the optimal flight path required to put an Unmanned Aircraft System s (UAS) sensor on a moving target in the presence of a constant wind field. This thesis bu.

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Taschenbuch. Condition: Neu. Neuware - If you want to create professional real-time visual effects and build a stronger understanding of modern VFX workflows, this book gives you a practical path from foundational concepts to production-ready techniques.You'll learn how to work with Niagara systems, emitters, modules, particle simulation, forces, events, procedural effects, materials, shaders, lighting, post-processing, environmental effects, destruction, gameplay VFX, and cinematic effects. You'll also explore performance profiling, scalability, optimization, debugging, production workflows, and deployment.Whether you're developing gameplay effects, atmospheric environments, destruction sequences, or cinematic visual effects, you'll learn how to design systems that are both visually effective and technically manageable.Clear explanations and practical examples help you understand not only how VFX systems work, but also how to structure, optimize, troubleshoot, and adapt them for different production requirements.Ready to strengthen your real-time VFX skills and create more capable, scalable visual effects Get your copy today and start building with greater confidence. …

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Taschenbuch. Condition: Neu. Druck auf Anfrage Neuware - Printed after ordering - Doctoral Thesis / Dissertation from the year 2010 in the subject Computer Science - Applied, grade: 1, Technical University of Graz (Institute of Geoinformation), course: Geoinformatics, language: English, abstract: The application of real-time spatial optimization in a Spatial Decision Support System, utilizing Geographic Information Science and Technology, is shown using the example of Wood Supply Chain management. Interdisciplinarity is a key concept, because Geographic Information Science, Operations Research and Spatial Decision Support Systems are bundled together. Service Oriented Architectures allow the development of an architecture that consists of several - even spatial - dispersed hard- and software. This approach guarantees a fail safe architecture and paves the way for Ubiquitous Computing and Spatial Data Infrastructures. In addition, spatial data can be gathered and sent out in real-time from/to mobile devices utilizing Location based Services. The dissertation proves, that a specific spatial problem can be solved using mathematical modeling and an appropriate optimization technique. In this work Adaptive Large Neighborhood Search is used. By the fact that the optimization is enveloped in a Spatial Decision Support System, decision makers are involved in the decision process. On the one hand they are able to alter model parameters which alter the optimization process at hand, and on the other hand they can choose one decision alternative recommended by the system. This dissertation shows - based on example of Wood Supply Chain management - that real-time spatial optimization is able to successfully 'solve' a spatial problem when coupled with a Spatial Decision Support System. …