Technology

HWE Accessories produces accessories for cell phones, such as cases and screen covers. Most of the current sales occur in retail stores. The existing website for HWE Accessories is informational only. HWE Accessories would like to implement an entirely new website, allowing customers to browse inventory, compare items, and make purchases. HWE Accessories is a relatively small company without an internal IT department. Finalize your business plan for the new HWE Accessories website Additionally, create a 3- to 5-page post-implementation review plan. The plan must include the following: How you will determine if project results are consistent with the business case How to identify if project goals are attained How to address stakeholder satisfaction How to analyze project costs and benefits How to identify future development needs How you will document lessons learned

Rewrite: Real Time 3D Ultrasound Imaging Technology plays an essential role in shaping and developing the field of medicine. For instance, imaging technology like X-ray, magnetic resonance, and 3D ultrasound has enhanced doctors’ ability to diagnose for different diseases (Huang & Zeng, 2017). Among these imaging technologies, the use of real-time three-dimension (3D) ultrasound (US) has gained more attention in medical researchers in recent years. The ability of 3D ultrasound to interact and provide feedback that helps physicians acquire high-quality images in surgery enhance it to be widely used in clinical practices (Huang & Zeng, 2017). The 3D ultrasound allows physicians to view the arbitrary plane of reconstruction volumes and the panoramic view of a region of interest during the surgery. Besides, it helps the surgeon to ascertain whether they have placed a surgical instrument well within the area of interest or not. The 3D ultrasound imaging technology is conducted in three stages; acquisition, reconstruction, and visualization. The acquisition stage refers to obtaining B scans or 3D images with relative positioning using 3D probes (Huang & Zeng, 2017). In comparison, the reconstruction stage helps to insert the collected 3D images into a predefined regular volume grid. Visualization refers to computing the voxel array in a precise manner, like volume rendering. Modern medication is entirely dependent on 3D visualization as the 3D medical imaging provides new accessible angles, resolution and details of all body parts for better understanding (Huang & Zeng, 2017). However, 3D ultrasound imaging has limitations that hinder it from functioning effectively, for example, assumptions in measurement of speed, time and distance of the objects, air effect, and probe effect. These challenges have a significant impact on the outcome of the patient’s medication. The paper discusses the importance and shortcomings of using 3D ultrasound in the medical field and its effect on both patients and health providers in the community and hospitals. The benefits of real-time 3D ultrasound imaging include visualization of all the three image planes when analyzing the object. The physician chooses or tilts the plane to give a desired image of the region under investigation. The ability of 3D ultrasound to view the body’s internal organs in three dimensions to obtain virtual inner observation is fascinating, especially in medical imaging (Iommi, Hummel, & Figl, 2020). Besides, 3D imaging has enhanced physicians to navigate and acquire images from different planes, thus, enabling them to choose the most accurate model to work with. Even for a rapid random motion of organs like heart rates and maternal respiratory, real-time 3D ultrasound produces a quick review of the images (Huang & Zeng, 2017). It also detects the abnormalities of the fetus like Micrognathia and cleft lip. Besides, 3D ultrasound technology is widely used by surgeons to study anatomical boundaries of the structure during the surgical process as well as gynecologist and obstetrics in prenatal diagnosis of fetal and studying of the uterus or ovary evaluation due to its ability to visualize internal organs in three dimensions. In addition, 3D ultrasound gives accurate volumes of structures that are not spherical but complex. The use of real-time 3D US enhances the storage of size acquired through digital means, which can be retrieved and be useful in post-processing and evaluation. Once the volumes are acquired using real-time 3D technology, the sinologist can navigate through the sizes and display any plane in any orientation (Huang & Zeng, 2017). Besides, using these volumes, the physician can turn objects around looking at various aspects of its surface. For instance, surface-rendering mode helps to display babyfaces in utero. Using the 3D volume imaging technique, doctors can choose to display the soft tissue surface or the skeletal of the fetus. It also enables patients to transfer the entire data to other medical centers for review and rescan for the tertiary consultant or use as an educational tool. Therefore, 3D imaging plays a significant role in acquiring and saving accurate volumes of the patient’s sonographic information because these volumes can be manipulated and reconstructed into different displays. Moreover, 3D ultrasound enhances quality and speed of evaluation of tissues by applying different rendering algorithms in uncountable combinations that includes; slice rendering, volume rendering and surface rendering. For instance, the algorithm surface helps to improve the lesion’s visual on images that are parallel to the ultrasound probe and increases the sensitivity of high echoes of microcalcification type (Huang, & Zeng, 2017). Similarly, volume rendering provides a storage room for preserving all 3D image and data acquired from the tissue that can be easily accessed in future reference. Besides, each grayscale ultrasound volume is computed with a surface algorithm that reduces noise and speckles; thus, improving contrast. In addition, due to its quality visualization, real-time 3D ultrasound helps detect and give an image of musculoskeletal tissues that cannot be examined by traditional 2D US. For example, 3D US helps identify fractured bones, and enthesitis, requiring images of high quality. Furthermore, 3D ultrasound imaging has reduced injury problems during scanning since less time is used. 3D ultrasound is made of transducer that bounces safe using soundwaves of organs to create an image of their structure. Physicians can move the sensor to different positions to examine different organs (Huang, & Zeng, 2017). This method is painless and possesses no risk of radiation or anesthesia, the procedures are fast, and test results are obtained within a short period. Also, using 3D ultrasound and biopsy doctors can diagnose cancer and reduce psychological trauma in surgery. Consequently, due to safety, portability, and dynamic imaging, three-dimensional ultrasound helps minimize surgical invasion during the operation of complicated organs like the brain or heart. Like any other technology, 3D ultrasound has its common problems that need to be acknowledged. Both 2D and 3D ultrasound have the same principles that they use high-frequency sound waves to transmit waves into the body, in the presence of air between the probe and the body of the patients. The air prevents sufficient penetration of the waves into the body, which degrades the quality of the image (Camps, Fontanarosa, Verhaegen, & Vanneste, 2018). Thus, 3D construction depends on 2D image quality, which means that 3D ultrasound produces a rendered image that is as good as that of 2D. According to Camps, et al. (2018). the variation of ultrasound probe pressure applied by a different physician may change the prostate’s displacement that causes image variation. Besides, the use of an ultrasound probe during treatment can cause an error in delivering dose, which influences the treatment outcome of the patients. The researcher shows that when inquiry and the radiation field overlap, it produces variations in dosage near the surface of the phantom, thereby affecting the patient’s treatment. Moreover, most 3D ultrasound used in hospitals assumes that the sound speed for all human soft tissues is constant with a value of 1540m/s. This assumption may be wrong; thus, producing an error in quantitative estimation of organ boundaries positions during the surgery (Camps, et al 2018). Besides, the 3D ultrasound system uses pulse-echo mode to estimate the depth of the structure being examined, by calculating the speed of sound of the tissue traversed by the pulse and time taken for the flight of the pulse. The calculation may have some errors that result in the wrong positioning of the tissue being examined. Also, 3D US is affected by the refraction of the sound wave at the phantom surface, especially when the probe is tilted during the diagnosis process; thus, resulting in different positioning by 0.5mm (Camps, et al. 2018). These differences may significantly influence the allocation of the position of image and treatment of the patient. However, the use of three-dimension ultrasound imaging has had a significant impact on the medical field today. Its benefits have spread worldwide across the field of medicine; not only has it brought a pleasant working environment, but also it has enhanced a good relationship between the patients and the physician. This is because the 3D ultrasound produces high-quality images that enable doctors to determine the right medication for their patients. Besides, the 3D US gives accurate volume information of the structure examined, thereby helping doctors to consult with other experienced physicians on the medication they should offer. Furthermore, due to the vast benefits of 3D ultrasound, it offers to the medical clinic it’s applied in the various medical field. For instance, it is used as an image guide in surgery, ultrasound guide in radiotherapy planning, image guide in the biopsy. According to Horowitz (2018), the medication area is changing abruptly with emerging new technologies; the future of medication revolves around computation and more intensive computer power. The use of artificial intelligence and cloud will improve the quality and shorten the image’s acquisition even further. In general, real-time 3D ultrasound imaging has brought a significant change in the field of medicine. Its ability to produce a quality image quickly and give accurate volume information as well as the position of the object tissue being examined makes it an essential system that is demandable by all fields of medicine. Also, 3D US reduces injury problems due to its speed in scanning; it uses unlimited rendering algorithms for calculating measurements, it’s less dependent on the operator, among others. These advantages make a 3D ultrasound useful in different fields such as surgery, cardiologist, and gynecologist. However, like any other technology, 3D ultrasound imaging has its limitation, such as using assumptions in calculating the position of the object examined, not giving clear images due to the presence of air between probe and body of the patient, and many more. Despite these challenges, it’s essential to acknowledge the effectiveness of real-time 3D ultrasound imaging in medicine, since a broader range of clinicians depends on this technology for quality visual and accurate data that are easily accessed for other purposes. References Camps, S. M., Fontanarosa, D., Verhaegen, F., & Vanneste, B. G. (2018). The use of ultrasound imaging in the external beam radiotherapy workflow of prostate cancer patients. BioMed research international, 2018. Horowitz, B. (2018). How 3D Technology Is Transforming Medical Imaging. Retrieved 9 July 2020, from https://healthtechmagazine.net/article/2018/07/how-3d-technology-transforming-medical-imaging-perfcon Huang, Q., & Zeng, Z. (2017). A review of real-time 3D ultrasound imaging technology. BioMed research international, 2017. Iommi, D., Hummel, J., & Figl, M. L. (2020). Evaluation of 3D ultrasound for image guidance. PloS one, 15(3), e0229441.

Note: If I will not get good quality work I will pay half of the price. Research Essay Guidelines and Topics: Research and write an essay on any ONE topic from a list The essay must be 2000-2500 words, plus references, be word-processed . You are free to choose any one topic listed below. List of topics. (1) Research the Green Revolution and the current state of agriculture in India. What were the benefits and harms that resulted from the Green Revolution? What should be done now to improve food security inthe 21stcentury,in India or elsewhere,especially considering the effects of the climate crisis? (2)Research the early history of printing. What effects did the technology of printing from movable type have on the development of language, politics, religion and culture in Europe between 1450 and 1750? (3)Cotton was already a global industry by 1750. What did industrial technologies do to shift the balance of power in that global system after 1750, establishing“the empire of cotton”through the use of“war capitalism”and slavery? .Further guidelines: 1.Each essay requires a cover page with all the appropriate information, INCLUDING WORD COUNT. (2) You must use ONE of the following styles for citing their sources and MUST IDENTIFY THE STYLE ON THE COVER PAGE: a.Chicago Manual of Style (Turabian) PREFERRED.( b).APA. (c.)MLA. (3).Depending on the style chosen, students may use endnotes or footnotes, but must also include a bibliography at the end. (4.)Secondary sources used must qualify as “academic” sources, that is, peer-reviewed journal articles, articles in an edited collection, or academic monographs. . The citing of non-academic internet sources (like Wikipedia) will not accepting . 5.Research paper MUST include a mix of sources that includes atleast one primary source; peer-reviewed articles from academic journals; and academic monographs. This should be the core of any history research essay. These core sources must be used (and cited) as well as included in the bibliography.

Directions:

You may find this in discussion in UNIIT I of the text but you have probably thought about it since your read it and now you probably have some more opinions. “A great work of art remains meaningful.” Do you feel that art and technology are both important? However, they serve different purposes?

Now explain why you probably have thought about why we need both and why they are so different. (SLO 3)

Your discussion prompt is to write about the difference between art and technology and give examples of meaningful Fine Art.

Explain why some people think that a work of art that remains meaningful does not need to be changed and/or upgraded like a piece of technology such as a cell phone or your computer.

Give two examples of works of visual art or other Fine Arts that you feel have remained meaningful for many years and have not physically changed? Substantiate your answer with an explanation. as to why you selected your two examples.

Identify a current digital technology use that has social, moral, and ethical implications for teachers and students based on your educational current role, or the role you hope to play in the future. The digital technology could be hardware or software (I chose smartphones).

Research the social, moral, and ethical implications of the application of the chosen digital technology (smartphones), identifying various perspectives on the positives and negatives. As you research, pay attention to the issues an educational leader will need to consider regarding access, equity, social relationships, privacy laws/concerns, etc.

The superintendent of schools has approached you, the school principal, and asked you to handle cyber ethics at your school. Write a paper that articulates recommendations for the ethical use of a chosen current digital technology (smartphones) in the classroom.

This paper will address the ethical challenges of the application of this technology and propose solutions to those challenges that build character in those using the technology. You are establishing a culture that demonstrates the proper use of technology in the classroom. While intended for the superintendent, this paper could be used to inform the school board and parents regarding the steps the school is taking to ensure technology is used in an ethical fashion.
In your 4- to 5-page paper, include:
• An introduction to the digital technology (see a list of possible technologies below) you have chosen to address and the social, moral, or ethical concerns for the technology user (students, teachers, other users in your organization).
• A review of current research on the topic that looks at trends in this area (e.g., statistics on use, frequency of negative behaviors). Pay particular attention to social and moral issues raised that are related to your chosen technology.
• At least four recommendations for building character in those using that particular digital technology so that it is used ethically while also supporting educational initiatives or aims of schooling.

What trends in Information Technology interest you? Think about a topic in the field of infotech that you would love to explore. It effects? Future? History? Politics & regulation? Research & Development? Technicalities? Mass Communication influence in everyday life? Engineering aspects?

Format template to follow: Intro, Brief literature search review, Analysis (critical thinking)&Individual Perspective, and Summary (reference 3 to 5 to be noted) MLA or APA formatting. The length of paper to be 6 to 8 pages, 1400 words class average, this includes a cover Title page and the last page, the bibliography page. The paper should be double-spaced. Do not use the textbook for reference.

Grading Rubrics Title Page 5pts, Introduction 10pts, Literature Review 30 pts. Critical Analysis 30 pts, Summary 10pts, Formatting & Page length 10pts Citation Page 5 pts.

Artificial Intelligence (AI), machine learning (ML) deep learning and data analytics are already impacting the security, public and private sectors. For example, the National Geospatial-Intelligence Agency (NGA) is one of the biggest generators of data in the Intelligence Community (IC). The volumes of data being collected and processed are increasing exponentially from a constant steam of satellite, drone and open source imagery collection sources. NGA plans to integrate AI to comb through this intelligence data and apply heavy advanced machine learning algorithms. What had taken many weeks to process could be accomplished in hours and minutes. AI is poised to become vital to NGA as new mission requirements become more complex.

The IC has high aspirations for AI and digital transformation to save time and money, boost operational efficiency, improve key processes and increase productivity. This interaction of human and machine will be a game changer as new AI tools complement people skills.

Despite these digital ambitions there are implications. AI machines learn with human guidance with no immediate prospect of surpassing the human ability to process and respond to new and unexpected scenarios. This new technology is very capable of delivering great benefits and reducing risk, but the IC faces multiple challenges needed to adopt future innovation and transformation. These challenges should be addressed through:

• Provide IC leadership transformation guidance and policy direction in budget planning, resource management, personnel alignment, and establishing day-to-day priorities.
• Expand partnerships with private industry who lead in developing these new technologies, able to provide technical expertise, and increase research and development collaboration. Most AI research advances occurs in the private sector and academia.
• Manage the IC workforce to develop technical skills, incorporate new training, and form new teaming partnerships to access talent.
• Create a culture of change that embraces collaboration between the IT and analytical/collection sectors to improve speed and agility.
• Develop AI security processes to counter evolving threats such as misclassifying data, trojans and model inversion. Breaches can provide adversaries with sensitive and insights.
• Establish trust in AI technologies and manage expectations to ensure they align with the IC’s mission, core values and ethical principles so humans remain responsible for oversight and strategic thinking.
Instructions:

You are an intelligence staff officer in the Office of the Director of National Intelligence and tasked to write a paper on the integration of AI, ML, deep learning and data analytics throughout the IC. Address at least three of the six listed challenges providing background, issues and recommendations.

Format your paper is to provide the fundamentals:
• APA format cover page: Include the title of the paper, your name, class title, and date of submission.
• Introduction: Make an introductory abstract about the subject of your paper. Provide the specific issues being addressed.
• Text: State your position and address the fundamental issues that support your challenges.
• Conclusion: Provide a focused, concise conclusion based on your analysis and logical findings.
• References: Provide references on a separate page with complete citations in accordance with the APA style manual.

You will design a scientific poster that presents your research question, research, findings, and conclusions of your work. The purpose of a scientific poster is to clearly convey information. It should be visually clean and interesting, but need not be visually elaborate. Hereare some examples of what makes a scientific poster effective.

Please do not use the Scott article. I received my grade for the annotated bibliography and the prof has requested for some changes, please amend them.

For this assignment, you will search for five (5) websites that are acceptable for use in a college-level history research paper. UMGC library databases (for example JSTOR or other journal databases), Wikipedia, History.com or any other encyclopedia or wiki-type site like about.com are NOT acceptable, sites that require a subscription are additionally NOT acceptable. Write a paragraph for each website (five total approximately 150-250 words each) in which you describe the contents of each website in detail, and why you think the site is acceptable for use in an academic research paper, using the information you collected from your evaluation of the site.

Complete the following for your annotated webliography:

Provide a complete citation (as you would include it in your bibliography) for the site, including the URL and your date of access. Note that the required style for this class is Chicago Manual of Style.

For an example of what elements to include in your citation, go to You can also click on Course Resources, click on Webliography, and find examples of how to properly cite websites using the Chicago Manual of Style.

Use the evaluation criteria provided by UMGC Information and Library Services to determine if the site is appropriate for college-level academic research (i.e. a college-level history research paper).

Additionally, some websites are not considered suitable for college-level research, please find a list of the most common websites that are unacceptable for college-level work:

LIST OF UNACCEPTABLE WEB RESOURCES: AVOID THESE WEB SITES For Your Webliography and For Discussion.

For profit, commercialized sites that sell advertisements;
Private web resources were you can find nothing substantive about the author or the political philosophy or the private funding source;
The History Channel or any A&E Television material;
History.com or the Independence Hall Association (for profit)
Encyclopedia.com: it is a commercialized site that “uses” information from accredited sources. Go to the UMGC Library and ask the Librarian to help you find the relevant Oxford Companion to Historyseries.
Britannica.com: See above. It sells ads and “uses” information from other sources.
About.com: not professional; commercialized;
History.org: a commercialized site;
HistoryNet.com: sells magazines;
YouTube, “home-made videos.” If the video comes from a scholarly source, it is acceptable.
Alpha History.

What to do:
Choose a consistent two-hour period (outside of class time) for any six days in the first two weeks of class and record your mobile media use during that time. Things to keep track of:
• What device(s)? What are you using—mobile phones, tablets, game systems, music players, e-readers?
• Where? Are you settling down to intentionally use these devices somewhere? Is it just something to pass the time while waiting? Are you using mobile media while doing another activity?
• What are you using the device(s) for? Are you communicating with people on social media, email, or chat platforms? Playing games? Watching videos or listening to music? Reading news or ebooks?
• Which apps or software programs that you’re using?
Take detailed “field notes” as you go, rather than at the end of the assignment period, to ensure that you’re not relying on memory to fill in the details. Your notes should not only record enough detail to address most of the questions above, but should also collect any thoughts or observations you have during this process. Do you start to see any patterns for when or why you use mobile media? There’s no “right” way to do field notes, as long as they reflect a thoughtful exploration and attention to detail for the assignment.
The aim of this assignment is not to be self-conscious about your media use but instead to help intentionally consider the role that mobile media plays in our daily lives.

What to turn in:
1. A short analysis of your mobile media use in about 500 words, making sure to summarize the time/days you chose, and answering as many of the questions above as possible. Was there anything that you found surprising when you intentionally focused on your media use? Any broad trends that became obvious?
2. Your “field notes” from this exercise. At the bare minimum, these notes should include the date and time of your observation, where you were, and the mobile media you were using.
1
Submission Details

Your analysis should follow the standard formatting rules: double spaced, 12-point font, 1 inch margins, etc. The field notes do not need to be formatted or edited in any specific way.
Upload your analysis and your field notes to Canvas in Microsoft Office .doc or .docx formats, LibreOffice .odt format, or as a PDF file.
If your field notes are written, take pictures of them and paste the images into a document, or save them as a PDF file.