The role of Artificial Intelligence Technology in Developing and Improving Product Properties and Achieving Comfort and Safety Factors

Author

Assistant Professor, Department of Industrial Design - Faculty of Applied Arts - Beni Suef University

Abstract

Design is one of the most important areas that work to serve and meet human needs and provide comfort and safety for him by designing products that meet his needs. Throughout the ages, man has tried to design and invent something that simulates the human mind in his way of thinking to achieve more comfort and safety, and through the development in the field of software and computers, artificial intelligence technology has appeared, which has been defined as systems or computers that simulate human intelligence in his actions by means of machines that have the ability To learn, collect and analyze data, and make decisions in a way that Simulated the way humans think. Artificial intelligence systems varied from smart systems that perform specific tasks to systems with self-awareness, which have a sense of self, which gives them the ability to awareness, and this last type is still under discussion. Artificial intelligence technology has been applied in many fields, especially the field of product design, which led to the development of products in an amazing way. Since studies on artificial intelligence technology and its role in improving and developing the properties of products are still limited until now. Therefore, the research aims to focus on the role of artificial intelligence technology in improving and developing the characteristics of products and achieving comfort and safety for humans. To achieve this goal, the research follows the descriptive analytical approach by studying the concept of artificial intelligence, the historical development of artificial intelligence, programming languages ​​for artificial intelligence, types of artificial intelligence, machine learning, stages of artificial intelligence, applications of artificial intelligence technology in the field of product design and development, future applications of artificial intelligence, The concept of product development. By analyzing the previous information, it can be emphasized the importance of artificial intelligence technology in improving and developing the characteristics of products and achieving more comfort and safety for humans. One of the most important recommendations of the research is the need to track designers and researchers with all the research or developments in the field of artificial intelligence technology, encouraging designers and researchers to apply artificial intelligence technology in the field of design to achieve benefit and safety for humans and humanity

Keywords

Main Subjects


1-      الحديدى, هيثم ابراهيم عبد اللطيف. هندى, أمانى أحمد مشهور. سعداوى, محمد جمال جارحى. (2021 ), " دور التکنولوجيا فى ديناميکية المسکن المعاصر ",مجلة الفنون والعلوم التطبيقية, المجلد 8 , العدد2,ص 61 :84.
Alhudede, haytham abrahim abd allatif. hinde, Amane ahmad mashhur. Saedawe, muhamad jamal jarhe. (2021 ), " dor altiknulujia fi dinamikiat almaskan almueasir ",mjalat alfunun waleulum altatbiqia, almujalad 8 , aleudd2,s 61 :84
2-      السنديوني, خالد فاروق. ھاشم, ايمان محمد. (2015 ), " دور أبحاث التسويق وأبحاث السوق فى استنباط أفکار جديدة للمصممين ",مجلة الفنون والعلوم التطبيقية, المجلد 2 , العدد2,ص 287 :299.
Alsindiuni, khalid faruq. Hashim, Eman muhamad. (2015 ), " dor abhath altaswiq wa'abhath alsuwq fi estinbat afkar jadida lilmusamimin ",mjalat alfunun waleulum altatbiqia, almujalad 2 , aladad 2,s 287 :299
3-      السيد حسنين , مجدولين. (2020), "عملية التصميم الصناعي في ضوء الذکاء الاصطناعي", مجلة العمارة والفنون والعلوم الانسانية , المجلد 5 , العدد مؤتمر(1),ص 628 :643.
4-      شهبى فمورة, سامية. محمد, باى. کروش, حيزية. (2018) " الذکاء الاصطناعى بين الواقع والمأمول : دراسة تقنية وميدانية ", الملتقى الدولي "الذکاء الاصطناعي: تحد جديد للقانون؟ الجزائر.
shuhbe famura, samia. muhamad, by. krush, hizia. (2018) " aldhaka' alaistinaee bayn alwaqie walmamul : dirasa tiqnia wamaydania ", almultaqaa alduwalii "aldhaka' alaistinaeii: tahudi jadid lilqanun? aljazayir.
5-      محمد أبو اليزيد, مى. (2020) " تعلم الآلة کمؤثر في مستقبل التصميم الصناعي" رسالة ماجستير, کلية الفنون التطبيقية, جامعة بدر.
Muhamad abu alyazid, mai. (2020) " taelm alala kamuathir fi mustaqbal altasmim alsinaeii" risalat majistir, kuliyat alfunun altatbiqiati, jamieat badar.
6-      ھاشم, ايمان محمد. (2014 ), " الابداع والابتکار فى تصمیم المنتج کمیزة تنافسیة",مجلة التصميم الدولية (IDJ), المجلد 4 , العدد1, ص 15 : 23.
Hashim, eman muhamad. (2014 ), " aliabidae waliabtikar fi tasumym almuntaj kamiyza tanafusiya",mjalat altasmim aldawlia (IDJ), almujalad 4 , aladad 1, p. 15 : 23.
7-      ھاشم, ايمان محمد. (2020 ), "دورأفلام الخيال العلمى فى التطورالتکنولوجي ",مجلة العمارة والفنون والعلوم الانسانية , المجلد 5 , العدد23,ص 189 :208.
Hashim, eman muhamad. (2020 ), " dur aflam alkhayal alealme fi altatawur alitiknulujii ",mjalat aleimara wa lfunun wa al eulum alensania , almujalad 5 , aladad 23, p. 189 :208.
 
المراجع الأجنبية:
8-      Adeli, H.( 2014).Expert systems in construction and structural engineering. CRC Press.
9-      Asafa, T.B.  Afonja,T.M.  Olaniyan, E.A. Alade, H.O.,( 2018) Development of a vacuum cleaner robot  Alexandria Engineering Journal , Volume 57, Issue 4, Pages 2911-2920.
10-  Chen Z. , Liu S., (2021) China's self-driving car legislation study, Computer Law & Security Review, Volume 41, July 2021, 105555. https://doi.org/10.1016/j.clsr.2021.105555.
11-  Claudine B; et al., (2021) Self-driving cars: A survey, Expert Systems with Applications, Volume 165, 1 March 2021, 113816. https://doi.org/10.1016/j.eswa.2020.113816
12-  Deshpande, A., Manish, K. (2018) "Artificial Intelligence for Big Data: Complete guide to automating Big Data solutions using Artificial Intelligence techniques.
13-  Gyanendra, S., Ajitanshu, M., Dheeraj, S. (2013). An overview of artificial intelligence,  SBIT journal of science and technologyISSN2277-8764.vol-2, issue1.
14-  Matzel, L. D., & Sauce, B. (2017). Individual differences: Case studies of rodent and primate intelligence. Journal of Experimental Psychology: Animal Learning and Cognition, 43(4), 325.
15-  Li, B. H., Hou, B. C., Yu, W. T., Lu, X. B., & Yang, C. W. (2017). Applications of artificial intelligence in intelligent manufacturing: a review. Frontiers of Information Technology & Electronic Engineering, 18(1), 86-96.
16-  Pedro J. N., Carlos F., Raúl B. and Diego A. (2017). A Machine Learning Approach to Pedestrian Detection for Autonomous Vehicles Using High-Definition 3D Range Data",Sensors, , 17(1), 18:37.
(https://pdfs.semanticscholar.org/28f1/f6cbe07b117387e2b07c11e7ac9c4ef8cf95.pdf?_ga=2.124266442.1122060262.1629154074-144811800.1629154074)
17-  Stuart J. R. and Peter N., (2010) Artificial Intelligence A Modern Approach , Third Edition, Pearson Education, Inc., Upper Saddle River, New Jersey 07458.
18-  Thrun, S., (2010)," Toward robotic cars. ", Commun. ACM 2010, VOL.53,NO.4, pp 99–106. [CrossRef] https://doi.org/10.1145/1721654.1721679.
المواقع الالکترونية:
22-  https://itwadi.com/node/2770  Retrieved 10/08/2014
26-  https://newsroom.toyota.eu/2018-toyota-concept-i/ Retrieved Geneva, Switzerland, 06 March 2018