CT255 Next Generation Technologies II assignment Example NUI Galway Ireland
Every day we are surrounded by new and innovative technologies, many of which we take for granted. In our last post, we explored some of the next-generation technologies that are currently being developed. In this post, we will continue to explore some of these cutting-edge technologies and discuss their potential implications for the future.
Whether it’s flying cars or artificial intelligence, there is no doubt that the world is changing at an unprecedented rate. With so many new technologies emerging every day, it can be difficult to keep up with them all. But it’s important to stay informed about the latest technological developments, especially those that have the potential to change our lives in a significant way. So let’s take a closer look at some of these exciting next-generation technologies.
Get Individual Assignment Example for CT255 Next Generation Technologies II Module
In this course, there are many types of assignments given to students like individual assignments, group-based assignments, reports, case studies, final year projects, skills demonstrations, learner records, and other solutions are given by us.
On successful completion of the module, students should be able to:
Assignment Task 1: Develop 2D computer games and animations using Java.
There are a number of software development frameworks specifically designed for developing 2D computer games and animations. In Java, one popular option is the Slick2D framework, which provides a wide range of features for drawing sprites and animating them on the screen. Other options include the Cocos2d and AndEngine frameworks.
Each of these frameworks has its own strengths and weaknesses, so it’s important to choose the one that fits your needs and skill level. If you’re just starting out, Cocos2d might be a good place to start because it’s relatively easy to learn and use. However, if you’re looking for more advanced features or want to target multiple platforms (such as Android, iOS, and Windows), then you may want to look at Slick2D or AndEngine.
Assignment Task 2: Incorporate the following techniques in their software development: multi-threading, back buffering.
Multi-threading is a popular software development technique that can help improve the performance and responsiveness of applications. By splitting up tasks into multiple threads, it becomes possible for the CPU to work on them simultaneously, which can lead to a significant speed-up in certain cases.
However, multi-threading can also be tricky to get right, and it’s important to take care when implementing it in order to avoid potential problems. One such problem is race conditions, which can occur when different threads try to access shared resources at the same time. This can lead to data corruption or unexpected program behavior.
A good way to avoid race conditions is by using back buffering. This technique involves storing data in a buffer before it’s needed. This helps ensure that the data is ready when a thread requests it, preventing race conditions from occurring. By splitting tasks into multiple threads and using buffers to store intermediate results, you can make better use of the CPU and improve your application responsiveness for users.
Assignment Task 3: Incorporate the following techniques into computer game development: A* pathfinding, cell-based game state modeling, collision handling, sprite-based animation.
Pathfinding is an important technique in game development, and the A* algorithm is one of the most popular choices. It can be used to find the shortest path between two points, or to navigate around obstacles.
Cell-based game state modeling is a technique that can be used to represent complex game worlds using a series of cells. This can be used for things like collision handling, AI decision-making, and more.
Collision handling is a must-have for any games with physical objects. Handling collisions correctly is important for ensuring a smooth and glitch-free experience for players.
Sprite-based animation is a popular choice for 2D games. It allows developers to create animated characters and scenes without having to draw every frame of animation. Animations are instead created using a number of independent sprites that can be combined together to make a smooth-looking animation.
Assignment Task 4: Gain an in-depth understanding of primary care and secondary care information systems in view of the needs and requirements of these healthcare domains.
The healthcare system can be divided into two parts: primary care and secondary care.
Primary care is the first line of defense against illness and injury. It is typically delivered by general practitioners, who are responsible for assessing patients’ symptoms and providing initial treatment. In some cases, patients may need to be referred to a specialist for further treatment.
Secondary care is provided by specialists, such as surgeons or oncologists. Secondary care is more expensive than primary care and is usually only available in hospitals or clinics. Patients who require secondary care are often very ill or injured and need urgent treatment.
Both primary and secondary care can be supported by information systems. These systems typically record data on patients and their conditions, including symptoms, tests results, and treatments. They may also include an appointment diary to keep track of upcoming appointments with specialists or general practitioners.
Assignment Task 5: Distinguish between coding and classification concepts in medicine.
Coding is the process of transforming healthcare data into standard alphanumeric codes. Classification, on the other hand, is the process of grouping patients according to their clinical features in order to understand and track patient outcomes.
Coding is used for administrative purposes, such as billing and resource planning. Classification is used for clinical purposes, such as understanding disease patterns and developing better treatments. There are many different coding systems in use around the world, but the most commonly used system for classifying patients is the International Statistical Classification of Diseases and Related Health Problems (ICD).
Assignment Task 6: Analyse / characterize medical patient record systems and understand how these can be implemented in relational databases.
Relational databases are the most common type of database system and can be found in many different applications. A relational database is a collection of data that is organized into tables. Each table contains rows and columns, similar to a spreadsheet. Rows represent individual records, while columns represent the fields in each record.
Medical patient record systems can be implemented in relational databases by using a table to store information about each patient, including their name, address, date of birth, and other information such as medical history or past treatments. Another table could be used to store information about each visit to the doctor, including the date of the visit, the reason for the visit, and any treatment or tests that were performed. This would allow the system to track a patient’s previous visits and treatments, as well as provide an overview of the patient’s medical history.
Assignment Task 7: Appreciate and apply system analysis methodologies (i.e. Petri Nets) for IS and workflow modeling in health care.
System analysis methodologies, such as Petri Nets, can be used to model workflow in health care. This type of modeling can help identify choke points and potential bottlenecks in the system. It can also help identify areas where improvements could be made.
For example, using a Petri Net diagram, you might be able to model the sequence of events that occur when a patient is admitted to the hospital. You might then be able to identify steps that are taking too long or steps that are causing delays. You might also be able to find out where patients are falling through the cracks.
Modeling workflows in this way can be very helpful for improving process efficiency and patient care.
Assignment Task 8: Recognise the role and trends of communication in health care, including modern communications protocols.
Health care is a complex and ever-changing industry, and it’s crucial that communication among providers is efficient and accurate. In recent years, there has been a shift towards using electronic health records (EHRs) instead of paper records. This not only allows for faster, more accurate communication between providers but also allows patients to access their own medical information online.
There are many different communications protocols that health care providers use to communicate with one another. Some of the most common are HL7 (Health Level 7), XML (Extensible Markup Language), and DICOM (Digital Imaging and Communications in Medicine). Each of these protocols has its own strengths and weaknesses, and it’s important for providers to choose the best protocol for a given task. For example, DICOM is commonly used in doctor’s offices and outpatient facilities to exchange patient images, but HL7 tends to be more common in hospitals where it can be used to communicate lab results and medication orders between departments.
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