Social robots can enhance customer service of municipalities, but lacks a comprehensive ecosystem. Addressing this, the following paper explores an interdisciplinary approach to requirements engineering for deploying ...
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ISBN:
(纸本)9798400703232
Social robots can enhance customer service of municipalities, but lacks a comprehensive ecosystem. Addressing this, the following paper explores an interdisciplinary approach to requirements engineering for deploying social robots in the real-world by combining user research with expert assessment of economic factors. We interviewed library regulars and developed personas focusing on user experience (UX). Afterwards, a collaborative workshop with experts from the fields of human-computer interaction (HCI) and business administration (BA) was conducted to determine factors of economical validity based on the use case of social robots for customer service in public libraries. First, experts evaluated user personas from a customer experience (CX) perspective. then, experts were asked to put themselves in the role of one of two administrators to assess what requirements respective stakeholders would impose in order to agree on the use of a social robot. Results yield valuable insights to support and guide the design and deployment of social robots in public libraries with implications extending in relevance to other municipal institutions.
the global health crisis has brought to light the critical role that medical imaging, particularly X-rays, play in the diagnosis and surveillance of COVID-19 infections. the capacity to increase X-ray picture quality ...
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the study of Li-ion battery charging system control strategy can improve Li-ion battery charging efficiency and avoid safety accidents. To address the shortcomings of the traditional particle swarm optimization (PSO) ...
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the contemporary digital landscape has been modified notably because of the 1992 enactment of the Copyright regulation within the United States. PC engineering has been at the leading edge of many of those adjustments...
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Object detection is crucial for the real-time operations of Unmanned Aerial Vehicles (UAVs), particularly in identifying small objects within UAV imagery. While existing computer vision techniques have shown success i...
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Detecting and mitigating crop diseases can prevent significant yield losses and economic damage. However, most state-of-the-art solutions can be expensive computation-wise. this paper presents an efficient Lightweight...
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Transfer mastering is a powerful approach that has been applied to various tasks in many fields, including pc imaginative and prescient and herbal language processing. this paper describes the software of Switch gaini...
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Multi-material and multi-structure design, particularly the combination of metal-polymer and solid-foam, stands as a promising strategy to reduce component weight while increasing and diversifying their functionalitie...
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ISBN:
(纸本)9780791888100
Multi-material and multi-structure design, particularly the combination of metal-polymer and solid-foam, stands as a promising strategy to reduce component weight while increasing and diversifying their functionalities. However, adopting such design approaches faces significant challenges, primarily arising from the complex multi-stage manufacturing processes, necessitating multiple sets of equipment, tooling, and precise control at each production stage. In response to these formidable manufacturing hurdles, this paper introduces an innovative approach that integrates injection molding, forming, and foaming processes into a single hybrid process called Electromagnetic Forming Injection Foaming (EFIF). In this integration concept, the challenges related to the shrinkage and viscosity of polymer melt are addressed by utilizing supercritical fluid (SCF) foaming technology. Moreover, the incorporation of electromagnetic forming offers precise control over the foaming process, potentially enabling the creation of micro- to nanocellular structures in the injected polymeric material. As the proposed integration is a manufacturing innovation, with no available information in the literature directly relating to this concept, this study explores the basic principles, feasibility and effectiveness of the proposed integration in two preliminary studies. In the first study, the effects of pressure drop and drop rate on the cell nucleation and the morphology of the final foam structure are discussed along with various methods of creating pressure drop and drop rate in both conventional and hybrid foam injection molding processes. In the following, the experimental setup and study conducted to determine the impact of pressure drop and drop rate on the cell size and cell density are described, and the results are discussed. the second study focuses on the potential effects of integrating electromagnetic forming withthe injection, forming, and foaming processes. A set of experimen
this paper proposes an analytical model for the optimized circuit design in an SRAM-based mixed-signal accelerator for Deep Neural Networks. the model, includes fundamental non-idealities to maintain the information c...
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the advancement of Industrial IoT (IIoT) calls for devices that can provide fast communication, for real time operations. Ensuring Quality of Service (QoS) for devices in a network requires effective management of ban...
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