Reflective Report 1 (IoT and Intel)

Self Reflection (SKEE 1012 Section 10) A18KE0151

On 25th of September, I listened to a talk about Finland, Internet of Things, Machine Learning and Intel. What I felt about the talk was that I was amused and impressed with how they talk about Finland, Internet of things and Intel. Anssi Ikonen the orator said that Finland is very cold and the temperature is around 20 degree celcius and below. After that, Anssi Ikonen also talked about Internet of Things, I felt that the talk was very inspiring. I was thinking that I should know more about the job opportunities at Intel when Lock Choon Hou talked about Intel and I would like to apply for it because they’re working on things that I like to do which is building Electronics Devices. Besides that, I was thinking about applying the Internet of Things in my life. I was also thinking about going on a trip to Finland with my friends and enjoy their culture and food. It was good that they talk about the Intel Company and all their benefits such as they provide great facilities for their workers and also about the Internet of Things that involves extending Internet connectivity beyond standard devices. It was also fantastic for them to explain about the beauty of Netherlands and all it’s wonderful breathtaking places for people to go sightseeing. For the part where the orator explained about Netherlands, his accent was quite strong and I could not understand that much. I joined the talk because I would like to know more about Intel. I finally realized that Intel is a very proactive working place and it suites my working style. It was mind-blowing that I found out that Intel Partnership ordinarily referred to as Intel and adapted as intel is an American multinational enterprise and innovation organization headquartered in Santa Clause Clara, California, in the Silicon Valley and on 6 Grounds Drive, Parsippany-Troy Slopes, New Jersey. Many people should have the knowledge that it is the world's second biggest and second most elevated esteemed semiconductor chip producer dependent on income subsequent to being surpassed by Samsung and is the creator of the x86 arrangement of microchips, the processors found in most PCs. Intel supplies processors for PC framework producers, for example, Apple, Lenovo, HP, and Dell. Intel likewise fabricates motherboard chipsets, organize interface controllers and incorporated circuits, streak memory, illustrations chips, installed processors and different gadgets identified with correspondences and registering. I thought that people should know that Intel Partnership was begun on July 18, 1968, by semiconductor pioneers Robert Noyce and Gordon Moore and generally connected with the official authority and vision of Andrew Forest. I learned that other people know that the company's name was formulated as portmanteau of the words integrated and electronics, with co-founder Noyce having been a key inventor of the integrated circuit microchip. I was happy when the fact that intel is the term for intelligence information also made the name appropriate. I was thrilled to know when SRAM and DRAM memory chips were early developed by Intel, which represented the majority of its business until 1981. I deeply felt that the world's first commercial microprocessor chipwas created by Intel in 197. I was amazed to know Intel invested heavily in new microprocessor designs stimulating the rapid growth of the computer industry. During this period Intel became the top supplier of microprocessors for PCs and was known for aggressive and anti-competitive tactics in defense of its market position, particularly against Advanced Micro Devices, as well as a struggle with Microsoft for conquering the PC industry. I also learned the term Internet of Things represents a vision in which the virtual world of the Internet is extended into the physical world of everyday objects. People should know that Mark Weiser put forward a first concept in a 1991 article for Scientific American, it stems from the idea that the continuing trend for reductions, microprocessors and communications modules will lead to a truly ubiquitous computing experience. The term itself is accredit to Kevin Ashton, co-founder of MIT’s Auto-ID Center, which was set up to design, develop and propagate open standards for Radio Frequency Identification infrastructure. Besides that, people learned that RDIF is envisioned that objects become context aware or ‘Smart’ using sensors that built-in networking capabilities enable these ‘Smart’ objects to communicate their current state both to people and other systems via internet services. Governments and international bodies have broadly recognize the developments as important and potentially disruptive. I always find it interesting that the Internet of Things was included in the US National Intelligence Council list of 6 ‘Disruptive Civil Technologies’ in 2008, whilst an EU Commission action plan saw the evolution of the Internet taking it from “a network of interconnected computers to a network of interconnected objects”. I strongly felt that this vision reflects that of the Universal Broadcast Communications Association which sees the Web of Things as an improvement from numerous assets that gives enormous effects. Mobile phones can read the applications including energy efficiency and conservation, a virtual lost property office, tachographs for individual traffic costs, RFID tagging in logistics and barcodes in supermarkets to supply information such as allergy warnings or nutritional details. In any case, there is the likelihood to affect on any field that would profit by remote, computerized perception and information gathering, effective control and administration or ongoing elucidation of information from the physical world. I learned that Intel is an outstanding company and Netherlands is a very great country. Also, I learned that the others are also aiming to apply for the Intel Company. I suggest that the talk should be shorter because if it’s too long, the audience will get tired and generate their insomnia.

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