COMPUTINGASSESSMENT 1: PresentationModule Leader: Dave CobbContribution towards overall module mark50%Date set17 October 2022Marked work returned by9 January 2023DEADLINE...

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MAKE PPT PRESENTATION , LIKE SLIDES . SLIDE SHOULD BE OF 5-6 MINUTES . PICTURES SHOULD BE ATTACHEDIN SLIDE UNDERNEATH REFRENCING.


COMPUTING ASSESSMENT 1: Presentation Module Leader: Dave Cobb Contribution towards overall module mark 50% Date set 17 October 2022 Marked work returned by 9 January 2023 DEADLINE DATE 12 December 2022 - 11.59am Assessment 1: Presentation The Brief You will create and deliver a presentation that introduces and discusses a current Computing topic. The presentation must be well-researched, organized and delivered effectively. Individual presentations will be recorded in advance and submitted as a narrated video. You will also be asked to briefly summarize your topic and key points in class. Deliverables The deliverables for this assessment are as follows: · A recorded presentation · Presentation slides, in PowerPoint, Slides or PDF format, submitted via Turnitin The Presentation Clear and concise communication is the primary tool that will serve you well throughout university and after graduation. Your presentation will begin with an introduction to the topic to provide context. The bulk of the presentation should focus on current issues and activities in the area. Lastly, you should conclude with potential future developments and where the concept might eventually lead. The presentation must be between 4-5 minutes in total. You will need to decide how to utilize the time efficiently and convey the most important information whilst ensuring clarity. Presentation Slides Your presentation slides must be well written and organized using a proper presentation software such PowerPoint, Slides or Keynote. Slides should utilize supporting information and communication elements such as graphs, charts and imagery to emphasize your points. Presentations must be spell checked and include an appropriate title page, including a link to the video, as noted below. References should be included as appropriate on the final slide(s). Submission Please follow the submission instructions below. Work that is submitted incorrectly may not be accepted or could incur a points penalty. Before submitting have you… · Checked that any digital work is functioning as expected? · Spell-checked and grammar-checked any written work that accompanies your digital work? Please make an appointment with the Writing and Learning Centre or speak to your tutor if you are experiencing challenges in this area. · Formatted your written work to the specification below? · Referenced all sources of information accurately? Please refer to www.citethemrightonline.com (Harvard) for guidance. Your work must be submitted via Turnitin and Google drive using your BSU account. Please adhere to the following method: · Log into your university Google Drive account. · Create a folder for your project. Call it something meaningful. · Upload your work to your new folder. · Right click your folder, select ‘?Get Link’, change the ‘General Access’ setting to ‘Bath Spa University’ and change the role to ‘editor’. Now copy the URL provided. If you do not do this your work can not be marked and maybe capped as a late submission. · Paste the URL into the title page of the presentation file (Powerpoint, Keynote, Slides, etc). Please do not include your name for the purposes of anonymous marking). · Log into Minerva, go to the Assessment folder and submit your presentation file via the appropriate Turnitin link. Format All written work must conform to university styling and submission guidelines. · Slides must be spell-checked, clear, and well presented. · You may use any presentation software - but you must hand in a copy of your slides for assessment. · Your slides should be accurate in referencing. See Bath Spa guidelines and the Harvard system described at www.citethemrightonline.com. Marking Criteria Assessment 1: Presentation will be marked against the following criteria: 1. Quality and depth of Information 2. Delivery of information: organization and clarity 3. Research and Referencing Criteria Weighting Mark Range Description Mark Range Information quality and depth. 60%   Little to no relevant or useful information presented. Shows little understanding of the topic. 0 - 19 (Low Fail) Poor or incomplete information, showing poor understanding of the topic. 20 - 39 (Fail) Basic information presented with adequate depth and insight. 40 - 49 (Third) A fair attempt to provide substantive information, with consistent depth. 50 - 59 (2:2) Good information is communicated, with clear awareness of key aspects of the topic and appropriate detail. 60 - 69 (2:1) A very good attempt showing a good understanding of the topic and significance of key factors. 70 - 79 (First) An excellent attempt showing deep and thorough understanding of the topic. 80 - 89 (High First) Beyond expectations for this level of study. 90 - 100 (Outstanding) Delivery of information 30% No presentation or very poor presentation, with inadequate visual aids and delivery. 0 - 19 (Low Fail) Limited presentation, supported by mostly inadequate visual aids, that lacks coherent structure and delivery. 20 - 39 (Fail) A basic presentation, with some suitable supporting visual aids. Requires further development in terms of structure or clarity of communication. 40 - 49 (Third) A fair presentation. There is a sense of structure with some sound use of visual aids. Confidence and clarity of communication may require improvement. 50 - 59 (2:2) A good, well-structured presentation, supported by appropriate use of visual aids. Delivered in a well-paced, clear manner. 60 - 69 (2:1) A very good presentation that is professional, illustrative and well-timed. Visual aids are well designed and the presentation structure is very good. 70 - 79 (First) An excellent presentation. Timing is well judged, and the presentation structure is impeccable. Communication is polished. 80 - 89 (High First) Beyond expectations for this level of study. 90 - 100 (Outstanding) Research and Referencing 10% No evidence of research or attempt to reference information sources. 0 - 19 (Low Fail) A poor piece of research with little to no substantiation of information. Serious referencing errors. 20 - 39 (Fail) A basic level of research undertaken. Very few sources are drawn on, or credibility of sources is poor. Referencing has major errors. 40 - 49 (Third) A fair piece of research that introduces key sources. Referencing is adequate but lacks attention to detail. 50 - 59 (2:2) A good piece of research that includes some key references for the topic. Minor referencing errors. 60 - 69 (2:1) A very good piece of research that deploys a range of credible sources. Only the very slightest errors in reference formatting. 70 - 79 (First) An excellent, well substantiated piece with multiple high-quality references. Precise referencing. 80 - 89 (High First) Beyond expectations for this level of study. 90 - 100 (Outstanding) Intended Learning Outcomes (ILOs) ILO Assessed Knowledge of the core features of contemporary computing systems ✓ Skills in interpreting, manipulating and representing data ✓ Engagement with the key social, ethical, cultural and legal consequences of computing An ability to locate, assess and consolidate information in the field of computer science from print and online resources ✓ Mark penalties may be applied to late submissions without prior approval of an extension. Please ensure that you prepare and submit your work in good time to allow for any issues that may arise.
Answered 1 days AfterDec 10, 2022

Answer To: COMPUTINGASSESSMENT 1: PresentationModule Leader: Dave CobbContribution towards overall...

Shubham answered on Dec 11 2022
35 Votes
OBSCURE USES OF COMPUTING
OBSCURE USES OF COMPUTING
DNA computing
DNA can be the perfect material for computing and it includes the processing data and running programs that are stored in the sequence of genomic base pairs. It includes coordinating prote
ins with the process information for keeping organisms alive.
It is a type of computing that uses biological molecules rather than the traditional silicon chips. This computing includes defining steps with well defined instruction for taking input, processing and producing results.
The information is generated with the use of a four character generic alphabet. The algorithm can help in presenting DNA molecules in the specific sequence and includes instructions that are carried out in the laboratory operation on molecules.
DNA can be the perfect material for computing and it includes the processing data and running programs that are stored in the sequence of genomic base pairs. It includes coordinating proteins with the process information for keeping organisms alive. It is a type of computing that uses biological molecules rather than the traditional silicon chips. This computing includes defining steps with well defined instruction for taking input, processing and producing results. The information is generated with the use of a four character generic alphabet. The algorithm can help in presenting DNA molecules in the specific sequence and includes instructions that are carried out in the laboratory operation on molecules.
2
Reversible computing
This type of computing includes use of reversible operation and these operations can be easily and exactly reversed and undone.
It can help in performing objective transformation of local configuration space. It includes a physical mechanism for operation of bi-devices and it can help in avoiding dissipation of energy that is associated with bits of information.
The information is being manipulated and it can help in reducing the overall energy dissipation of computation. It is important for increasing the battery life and processing speed for heal-limited systems. Reversibility is maintained at a lowest level and includes physical mechanism of operation of bit-devices.
It can help in achieving maximum possible computational performance for provided rate of bit.
This type of computing includes use of reversible operation and these operations can be easily and exactly reversed and undone. It can help in performing objective transformation of local configuration space. It includes a physical mechanism for operation of...
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