Wearable Computing: Psychotechniks, Supply Chain, Big Data Analytics - Info and Reading Options

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<div><i>"Combat supply chain disruptions with wearable technology" </i>-Schmidt (2021)<i> </i></div><div><i><br /></i></div><div><i>"Computer hardware continues to shrink in size and increase in capability. This trend has allowed the prevailing concept of a computer to evolve from the mainframe to the minicomputer to the desktop. Just as the physical hardware changes, so does the use of the technology, tending towards more interactive and personal systems. Currently, another physical change is underway, placing computational power on the user's body. These wearable machines encourage new applications that were formerly infeasible and, correspondingly, will result in new usage patterns. On-body systems can sense the user's context with little or no assistance from environmental infrastructure. These body-centered systems that "see" as the user sees and "hear" as the user hears, provide a unique "first-person" viewpoint of the user's environment. These tools include a downward-facing, camera-based system for establishing the location of the user; a tag-based object recognition system for augmented reality; and several on-body gesture recognition systems to identify various user tasks in constrained environments. To address the practicality of contextually-aware wearable computers, issues of power recovery, heat dissipation, and weight distribution are examined."</i> -Starner (1999)<br /></div><div><br /></div><div><i>"In 2014, ProGlove emerged the third-place winner in Intel’s “Make It Wearable Challenge”. The ProGlove team of four who had met at the Technical University of Munich in Bavaria, Germany, had submitted the idea of a “smart glove,” which was a barcode scanner, motion detector, and RFID reader connected to the back of an industrial-grade work glove for use in high volume manufacturing. The idea was based on observations of BMW’s assembly lines, where each item had to be scanned before being assembled. The process involved finding a scanner, picking it up, scanning the component, and then putting away the scanner again. A smart glove could achieve this more quickly and ergonomically, optimising worker productivity and allowing extra steps in quality control to be included in the production."</i> -Wee (2022)</div><div><br /></div><div>----</div><div>Note:</div><div><br /></div><div>"Psychotechnics is a historical term for the application of psychological concepts to optimize "means and ends" in all areas of life and formed a subfield of applied psychology . Psychotechnology was the first psychological discipline to deal with the operational questions of professional suitability, job allocation (suitability and selection) and work performance (monotony and fatigue, performance and work design) or advertising. It can be seen as a classic forerunner of today 's work psychology and was also reflected in business and organizational psychology."<br /></div><div><br /></div><div>----<br /></div><div>[Wearable Computing (MIT)]</div>[DSS]<br />[ProGlove]<br />[Oura Health Oy]<br />[Wearable Data Collection]<br />[Supply Chain Logistics]<br />[Psychotechnik]<br />[Satellite]<br />[Man-Machine Interaction]<br />[Fano / Licklider]<br />[Augmented Reality]<br /><div>[Big Data Analytics (HSI)]</div><div>[Semiconductors]<br /></div><div>[NAII]<br />[Cybernetics]<br />[Satellite]</div><div>[Incident Localization and Assistance System (ILAS)]<br />[IT Service Management (ITSM)]<br />[Cyber-Physical Human System]<br /><div><br /></div></div><div>----</div>Bloss, Richard. "Multi-technology sensors are being developed for medical, manufacturing, personal health and other applications not previously possible with historic single-technology sensors." Sensor Review (2017).<br /><br />Deng, Y., Chen, C., Tsow, F., Xian, X., &amp; Forzani, E. (2016). Unraveling fabrication and calibration of wearable gas monitor for use under free-living conditions. 2016 38th Annual International Conference of the IEEE Engineering in Medicine and Biology Society (EMBC). doi:10.1109/embc.2016.7591825<br /><br />Indruchová, Ivana. "THE IMPACT OF INDUSTRY 4.0 ASPECTS ON LOGISTIC SERVICE PROVIDERS." Perner's Contacts 14.4 (2019): 26-34.<br /><br />Krishna, Sreekar, et al. "A wearable wireless RFID system for accessible shopping environments." 3rd International ICST Conference on Body Area Networks. 2010.<br /><br />Kulyukin, Vladimir, and Aliasgar Kutiyanawala. "From ShopTalk to ShopMobile: vision-based barcode scanning with mobile phones for independent blind grocery shopping." Proceedings of the 2010 Rehabilitation Engineering and Assistive Technology Society of North America Conference (RESNA 2010), Las Vegas, NV. Vol. 703. 2010.<br /><br />Scheuermann, Constantin, et al. "Incident localization and assistance system: A case study of a cyber-physical human system." 2015 IEEE/CIC International Conference on Communications in China-Workshops (CIC/ICCC). IEEE, 2015.<br /><br />Starner, Thad E. "Wearable computers: No longer science fiction." IEEE pervasive computing 1.1 (2002): 86-88.<br /><br />Starner, Thad. Wearable computing and contextual awareness. Diss. Massachusetts Institute of Technology, 1999.<br /><br />Stein, Robert, et al. "Development of a commercially successful wearable data collection system." Digest of Papers. Second International Symposium on Wearable Computers (Cat. No. 98EX215). IEEE, 1998.<br /><br />Thomas, Charu, et al. "RF-pick: comparing order picking using a HUD with wearable RFID verification to traditional pick methods." Proceedings of the 2018 ACM International Symposium on Wearable Computers. 2018.<br /><br />Wee, K.-E., &amp; Iyer, A. (2011). Consolidating or non-consolidating queues: A game theoretic queueing model with holding costs. Operations Research Letters, 39(1), 4–10. doi:10.1016/j.orl.2010.09.011<br /><br />Wee, Kwan Eng, and Maqbool Dada. "Optimal policies for transshipping inventory in a retail network." Management science 51.10 (2005): 1519-1533.<br /><br /><div>----</div><div>Also see:</div><div><br /></div>Licklider, Joseph CR. "Man-computer symbiosis." <i>IRE transactions on human factors in electronics</i> 1 (1960): 4-11.<div class="gs_citr"><br /></div><div>Pask, Gordon. "Man/machine interaction in adaptively controlled experimental conditions." The bulletin of mathematical biophysics 27.1 (1965): 261-273.</div><div><br /></div><div>WEE, Kwan Eng, Holly OTT, and Sin Mei CHEAH. "ProGlove smart gloves: Let’s save four million dollars a day!." (2022): 1-14.</div><div><br /></div><div>----</div><div>Schmidt, Axel. "How companies can combat supply chain disruptions Wearable technology will make the human worker more valuable in the long run." Plant Engineering 75.9 (2021): 10-12.<br />[<i>"Despite fears that millions of workers will be displaced by technological advances in robots and machine learning (ML), companies are seeing the opposite. There are more than 10 million job openings in the U.S. as of a recent Bureau of Labor Statistics report, making this one of the most prominent labor shortages in the country's history. As witnessed in 2020, technology in the supply chain kept logistic lines functioning despite severe stress on their functionality due to COVID-19 outbreaks and lockdowns. With wearable technologies like barcode scanners and applications that track worker efficiency to help them improve their output, people are seeing a kind of worker revolution within the industrial space. Companies also use more ergonomic solutions, which provide the worker relief from physical stress. Workers connected to the Internet of Things (IoT) are more important than ever to help keep warehouses and supply chains running as smoothly as possible. Companies are nowhere near the point of automating the whole industry. Despite labor shortages, more efficient workers can help companies navigate the waters. With the right suite of technology complementing workers, they can do more with less. There are ways that plant managers and manufacturing leaders can learn from the pandemic, so they are better prepared for the next..."</i>]</div><div><br /></div><div>Rodríguez Martínez, Marta. Business model, market research and business plan for the establishment of Proglove in Spain. MS thesis. Universitat Politècnica de Catalunya, 2020.<br />[<i>"Today’s competitive environment of start-ups creates the urgent need to excel from competitors and differ from other companies in order to reach a good position in the current market. The start-up Workaround GmbH (ProGlove) has managed to position itself at the upper end of the global wearables’ industry in Germany. After almost 3 years working at this company, I would like to evaluate if Spain is a good option to establish a new office and contribute further to aim the ProGlove’s vision of being top 1 worldwide in their sector. The purpose of this study is to do a market research and an exhaustive business plan by focusing on increasing the income and visibility of the company mainly in Spain and secondly in France, Portugal and Italy. In order to reach the stated purpose, a deeper understanding of market trends, as well as a detailed business model for the new establishment have been analysed. Afterwards, a realistic Marketing Plan together with a Human Resources and Operational Plan are defined to bring an overview of what and how would be implemented in the new company’s project. Finally, as a centre of discussion of this master thesis, future sales in Spain, France, Portugal and Italy have been estimated. According to these results, the profit and loss account, as well as the funding, the cash-flow forecast, the investment plan and all the economic and financial aspects have been defined in order to have a conclusive response of the profitability and viability of this project."</i>]<br /></div><div><br /></div><div>----<br />Bunker-Ramo Corporation (Defense Systems) <br />https://archive.org/details/bunker_ramo/<br /><br />Center for the Study of Language and Information (CLIS) <br />https://archive.org/details/csli_sri<br /><br />J.C.R. Licklider (Collection) <br />https://archive.org/details/licklider_jcr/<br /><br />Situation Theory (CSLI) <br />https://archive.org/details/situation_theory_language_acq/<br /><br />R. M. Fano (Collection) <br />https://archive.org/details/fano_rm/<br /><br />Machine Aided Cognition (Project MAC): Roots of AI <br />https://archive.org/details/proj_mac_ai/</div><div><br /></div><div>Customer Relationship Management (CRM) as Decision Support System (DSS) <br />https://archive.org/details/crm_ai__dss/<br /><br />Decision Support Systems, (DSS-002-C) <br />https://archive.org/details/dss-000<br /><br />----<br />Agent Based Modeling (ABM) <br />https://archive.org/details/agent_based_models_abm<br /><br />Dedre Gentner (Collection) <br />https://archive.org/details/gentner_dedre/<br /><br />NATIONAL ARTIFICIAL INTELLIGENCE INITIATIVE (NAII) <br />https://archive.org/details/crpt-116hrpt-617/<br /><br />Abdul Qadeer Khan (URENCO, Pakistan, and WMD's) <br />https://archive.org/details/abdul_qadeer_khan_urenco/<br /><br />CDM Smith: Federal Programs Corporation (Enterprise) <br />https://archive.org/details/cdm_smith_enterprise/<br /><br />Games of Economic Survival: G.L. Thompson <br />https://archive.org/details/gl_thompson_economic_games/<br /><br />Economic Mobilization: The First Legislative Steps, (Inflation, Supply Chain, Panic Buying, Hoarding) <br />https://archive.org/details/jones-1950<br /><br />Gordon Pask (Cybernetics &amp; Social Media) <br />https://archive.org/details/pask1975/<br /><br />Operational Research Society <br />https://archive.org/details/jors.1953.20.fp.png_v03/<br /><br />Genapp, containers and Abaco (Office of Advanced Cyberinfrastructure OAC) <br />https://archive.org/details/brookes2019<br /><br />Allen G. Feldt: Pioneer in Urban Gaming (CLUG &amp; ADMATCH) <br />https://archive.org/details/allen_g_feldt_clug/AD1081128/<br /><br />HSI's (Cybernetics &amp; Department of Homeland Security) <br />https://archive.org/details/hsi-cybernetics/<br /><br />U.S. White House: Semiconductors, Critical Minerals, Supply Chain <br />https://archive.org/details/bills-116hr-7178ih/</div><div><br /></div><div>----<br /></div>

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