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attaching template and example. like last week u guys did i want same like dat except with new 2 topics


Week X Topic A Title: A title/headline for your topic [add content here] Link: Link(s) to the source(s) for your topic [add content here] Summary/Precis: In your own words [add content here] Why I found this interesting: In your own words [add content here] How this links to the course: In your own words [add content here] Topic B Title: A title/headline for your topic [add content here] Link: Link(s) to the source(s) for your topic [add content here] Summary/Precis: In your own words [add content here] Why I found this interesting: In your own words [add content here] How this links to the course: In your own words [add content here] Week 3 Topic A Title: Future batteries, coming soon: Charge in seconds, last months and power over the air Link: https://www.pocket-lint.com/gadgets/news/130380-future-batteries- coming-soon-charge-in-seconds-last-months-and-power-over-the-air Summary/Precis: The article points out that while there have been massive advances in smart devices (phones, wearables, smart homes), there has not been the same degree of advancement in power and specifically batteries. Although software has created power usage efficiencies and lithium-ion batteries have been a huge step forward we are still limited to the useable timeframe for battery life. This article provides a comprehensive view on the current state of battery research. Topics covered include: • Chemical makeup: Cobalt is an expensive part of current battery cathodes and there is research to replace Cobalt with other materials.. Other materials such as the use of silicon in anodes has the potential to increase capacity (10x vs graphite), however there are problems with stability of the materials. IBM are doing research that will replace the current lithium-ion chemistry and remove the use of nickel and cobalt. They claim that the materials required can be extracted from seawater and have much lower manufacturing costs. Solid state batteries are a big focus, but still a work in progress despite the massive investments. The super material graphene has lots of potential, but is currently too expensive and complex. • Management of batteries: there is a lot of focus on the chemical makeup of batteries, however the article points out that better management could significantly enhance the performance and life of the batteries. • Charging: there is lots of work on alternate approaches to making charging easier and more convenient. These include over the air and wifi, capturing energy from the motion of the battery user, solar and even charging via chemical reactions with urine. Why I found this interesting: Battery tech has not kept up with other areas such as processing power (Moores Law). If we can get battery breakthroughs (size, cost, energy density, speed of charging, number of cycles) then the potential for disruption across almost all industries is incredible. There is huge push for electric cars and in certain countries this is being legislated for. However, despite the advances that companies like Tesla have made, there is still limited range and charging takes time. The use of the Internet of Things devices is also constrained by access to power e.g. deploying devices in remote locations without access to wired power. Increases in capacity and power output could radically change our https://www.pocket-lint.com/gadgets/news/130380-future-batteries-coming-soon-charge-in-seconds-last-months-and-power-over-the-air https://www.pocket-lint.com/gadgets/news/130380-future-batteries-coming-soon-charge-in-seconds-last-months-and-power-over-the-air ability to capture insights about our environment, from both a commercial and a social perspective. There is also the potential for there to be a positive impact on green/sustainability issues which is a hot topic. For example the reduction in the use of greenhouse gas producing fuels such as coal and oil in energy generation. Enhancements in batteries could make it easier to store energy produced from renewable sources and then release to users when required. How this links to the course: A lot of the research and innovation is happening within startups and spin offs from universities. This shows how smaller companies can take the risks that larger ones may not be able to. However the larger companies are also investing or supporting these companies and then buying them when their technology gets sufficiently advanced (for example Dyson acquired Sakti3 for $90M to help commercialize their ‘breakthrough’ solid- state battery tech (https://venturebeat.com/2015/10/19/dyson-acquires- sakti3-for-90m-to-help-commercialize-breakthrough-solid-state-battery- tech/) Tesla is another example of a company that has not lost its entrepreneurial culture even as it becomes “enterprise” in scale. It will be interesting to see the announcements they make during their “Battery Day” event on the 22nd September (https://www.tesla.com/en_au/2020shareholdermeeting) Topic B Title: A title/headline for your topic AND CONTINUE WITH YOUR SECOND TOPIC Link: Link(s) to the source(s) for your topic [add content here] Summary/Precis: In your own words [add content here] https://venturebeat.com/2015/10/19/dyson-acquires-sakti3-for-90m-to-help-commercialize-breakthrough-solid-state-battery-tech/ https://venturebeat.com/2015/10/19/dyson-acquires-sakti3-for-90m-to-help-commercialize-breakthrough-solid-state-battery-tech/ https://venturebeat.com/2015/10/19/dyson-acquires-sakti3-for-90m-to-help-commercialize-breakthrough-solid-state-battery-tech/ https://www.tesla.com/en_au/2020shareholdermeeting Why I found this interesting: In your own words [add content here] How this links to the course: In your own words [add content here]
Answered Same DayOct 02, 2021

Answer To: Week X Topic A Title: A title/headline for your topic [add content here] Link: Link(s) to the...

Taruna answered on Oct 04 2021
142 Votes
Week X
    Topic A
    Title:
A title/headline for your topic
    [Cloud Computing and Innovation ]
    Link:
Link(s) to the source(s) for your topic
    Diaby, Tinankoria & Bashari R
ad, Babak. (2017). Cloud Computing: A review of the Concepts and Deployment Models. International Journal of Information Technology and Computer Science. 9. 50-58. 10.5815/ijitcs.2017.06.07.
    Summary/Precis:
In your own words
    Cloud computing is one of the innovative ways through which, saving the data has become possible. In fact, almost every company these days uses cloud storage as the best option to make sure that their data remains safe. There are several types of cloud computing, encouraging professionals to innovate new ways and ideas every day. For example, data storage methods are now useful to both, personal and professional workers. At home, one can save all of the data over cloud without thinking much about the safety of it. The cloud service providers ensure that the data of the user is safe in their servers.
Also, the article talks about various kinds of innovations which are currently applicable to cloud computing. It actually helps in connecting the various channels of information into one integrated sphere of work. It also makes the data availability safe and secure.
Some of the private or public clouds make up this technology hybrid.
Cloud that is centrally operated by the various organisations and can also be controlled by a third party that is hosted inside or outside. This is one of the innovations which is now added to the cloud computing. Hybrid cloud computing allows more than two users to operate within single server at the same time.
    Why I found this interesting:
In your own words
    I found the information shared in...
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