Please read through the two images. In it is my paper. Can you review and give a synopsis. (Attached file)

Course Research Paper: Virtual Reality in the Medical Industry Abstract In many areas of our world, we are seeing Virtual Reality (VR) become more applicable and seen VRs benefits nce of VR will include more goggles. use of virtual reality in the me wal reality" (VR) refers to an artifi disadvantages, and future uses provides a compre examination on how its use has illses, 2007). VR enables users to have an authentic, lifelike experience it continues to progress. History of Virtual Reality in the Medical Industry ity today are based on concepts that go all the way back practical photography. The first tional power they offer, and the constantly improv ertoscope, which projected a single image using two mirrors, was created in 1838 and later on, at evolved into the View-Master, which was patented in 1939 and is being manufactured today a the medical industry has greatly (2019). However, Jaron Lanier, the founder of VPL Research, first coined the phrase "virtual reality" in the middle of the 1980s when he started creating the equipment, such as goggles and res, required to experience what he dubbed "virtual reality"(2019) Health tases. Some of the advantages with the use of VR simulation in the innovative haveators of the previous 60 years, who paved the path for the affordable, high- to adjust the chnology. To have a better understa to in the current use of VR in the catment, aid in healthcare cation, and finally 3D visual spact its use. A few of the Mental Health Treatment arms, and end us Virtual reality therapy is an age-old expo we therapy dating back to the early 90s. Today. try faces during the use of VR is sued technological advan health issues-from depression and anxiety to eating disorders like anorexia nervosa. However, medical industry there are also fixture uses cur troversial among mental health professionals. Some experts say that VR. can be experience things from different perspectives or allows them to decline, and the use of vestibul Q aice some people feel hopeless (Sutherland et al, 2015). VIRTUAL REALITY IN MEDICINE MEDICINE are real the virtual Vivid Vision gives a sub bout Oculus Rift with its latest HAD as it compromis Aid in Healthcare Training and Education Rift, Samsung Gear VR, HTC Vive, and Google Virtual reality has been used for various purposes for years, but it is only recently that Miami Children's Hospital are cooperating to develop an immersive Virtual Reality (VR) caltheare professionals have seen its potential. Virtual reality is a technology that creates an ulmonary recovery (CPR) and other lifesaving ever tion tracking. VR has also ka (College, 2018) For example, de ence their treatment in a more controlled setting than would be actions with them and their staff. Such interventions can help an actual hospital setting (College, 2018). This allows patients to receive treatment munication between patients and doctors. In addition, V having to leave their homes or workplace, so they can continue working or living the Virtual reality has also been use ing. These VR podiums allow pty nology's potential uses have been rapid and 3D) visualization helps to pretend real-world conditic the intelligence of touch for surgical repetition. 3D Visualization these needs. Virtual reality (VR) is an effective way to reduc Inpatient Treatmer amer Healthcare VIRTUAL REALITY IN MEDICINE VIRTUAL REALITY IN MEDICINE (2019) Firms such an zSpace and VR. HealthNet et al, 20182 cantly, especially in the me ustry. Currently the medical industry including improvit it's physique (College, 2018). It reveals helpful action p cion, cardiology techniques, and mental health treatmer fluctuations and symptom shifts. With this new technology, a doctor mary examine 3D models of VR has been utilized fo al in the medical field m mental illnesses. These current uses of VR and measurement. on in the medical industry are changing how people look at VR. Via VR simulation, surgeons are able to practice a surgery virtually prior to performing high risk surgery without endangering a patient During emergency cases, Intensive Care Unit In 1927, surge ed: "There is no ex (TCU) staff must be able to perform procedur erez, Hubert, Henry, & Perrence, 2020). As such, maations (Javaid & Haleem, 2020). As students and surgeons becos procedures via VR simulation, it allows them to develop confidence while and surgeons to make cognizant choices. VR also allows surgeons to research difficult issue evelop their best solutions mising a patient's health (Javaid & Haleer Asother utilization of VR in the medical industry is using it as a tool in assisting patients are able to feel and with physical rehabilitation. VR allows the development of virtual environments (VEs) while (Selcuk, Tatar, & Huri, 2019). Coupled with VR elivering several stimuli and fostering the improvement of cognitive and motor abilities while orstations and yield a well-developed cotivating and engaging patients. VR is able to deliver auditory, visual, and som cimsuns to aid in improving gait for patients with Parkinson's Disease (Feng et al, 2019). A study VIRTUAL REALITY IN MEDICINE VIRTUAL REALITY IN MEDICINE ated that it is an efe eventional physical therapy. VR being a diverse took, students may be able to take VR simulation out of their classrooms and VR has been antique learning in the comfort of their home. Thus, increasing their knowledge of the human heart's anatomy and how it functions. Mental Health Treatment and motivation during rehabilitation (Dias, Silva, Amorim, Lains, Roque, Pereira, Pereira, Most recently there has been great discussion of utilizing VR simulation to help patients "amos, & Potel, 2019). Patients could perform their rehabilitation at home in a safe and iety disorders, schizophrenia, and other mental reatment (Javaid, M., & Haleem, A, 2020), patient. Thus, improving re ity to patients 12. 2020). VR envin being used in the m ic Stress (PTS) can now check the heart rate comments are well-known for creating physiological differences tional responses to real-world settings and they have the capability to produce such eatment plan. Healthcare open, and were able to zooms in on the images. 's needs. The use of certain VR is also used as a teaching tool for medical ste counterparts that did not use VR as a teaching offaction in a VR setting has been recearly imp inno VR simulation for the treat VIRTUAL REALITY IN MEDICINE VIRTUAL REALITY IN MEDICINE PTS patients. According to Herz (2021), odors are especially visceral and emotional stimuli. For execute said operation task. If the items previously listed are not available, the trainee must wait until they become available, which inhibits the trainee from being able to proceed to the next Advantages ment, it is also ible to train several not be impacting anyone or anything ower Stress Levels One of the greatest tractor does not have to nice via video playback and provide suggestions and feedback at a later time. conventional virtual reality simulations and repeatedly practicing tasks helps with I In addition to having less resource limitations, the transfer of images, results, and data cognitive loads (Frederiksen et al, 2020). Trainees would be able to practice the necessa at individuals is extremely seamless. Given that the information gathered during training sions is digital, the transfer of data is convenient and beneficial in the event that trainees may need guidance and or a second opinice. Training Scenarios Variability and Adjustability VR provides the capability of creating any scenario needed for training. VR is said to allow surgeons to select the best surgical where the trainee needs add roach (@filano et al. (2021). VR also provid performs the operation exibility and allows for any practiced nique or task to be manipulated to fit the instructors' or trainees' needs. Depending on the bet or experience level, an instructor may elect to increase or decrease the level of Less Resource Limitations texity of a task. This provides instructors great flexibility and allows them Regardless of the operations tasks that need to be practiced, in a VR emic instructors and trainees do not seed to VR undoubtedly represents how training will be provided to individuals in the media programmed version of the sce in that they need. In real-life, if a trainee needs to perform a stry. VR will make it possible to not only accurately but also safely predict potential ruments, and an instructor available to be able to as that may arise during surgery (Izard, Juanes Mendez & Palomaera, 2017) erformance & Training According to Frederic therapy props may not be one-to-one, studies have shown that the mental engagement can ition (Alaraj et al, 2011: Khor et al., 2010 ally. VR has been applied for medical, agriculture, mining, ning (Abbas et al., 2023). graphics and software are frequently no et al, 2019, Massoth et al, 2019). Addition the accuracy of candida col (Lin et al, 2016). This amades to ma iss maging techniques to 95%% when us Q nity costs. Lower fidelity field. The fidelity debate has been the most divisive, questioning how realistic a simulation must assisted physical therapy, this may involve mock weightlifting or shadow boxing, alloy materain healthy cognitive workload (Fredericksen et al., 2019; Massoth et al., 201 round the user in a realistic erations in surgical VRproviders may be hesitate to take on, exacerbated by global infi king chip shortages (Alaraj et al, 2011; kaeli, 2022). concerns for VR/AR-assisted surgeries as well. A hallmark of any toes must surance and legal purposes (Banisadi et al, 2020). An n surgeons. End users will have cedures and circumstances. alized process that can reg Additionally, these tasks may change with age and experience, meaning that user-centric design and user acceptability are key c when developing these applications. esidered as well Proper making the VR devices open to hackers and similar persons who vantage of software backdoors (Alaraj et al, 201 1). This requires prospective users to sider the efficacy and availability of firewalls and data protection architectures to the system end to use and within their place of work. Additionally, identity theft is not restricted to imbalance, disorientation, etc.) and the effects can last for extended periods of time even after non solution to this problem, but it is far from a gun safe. While VR identity theft, especially medical VR identity theft, is mal sacrifices (Clifton & Palmisano, 2019). Quick fade to-black transitions frequently al precedent at the time of writing, that obviously does not any these movement modes that, for some users, break the immersion and cognitive dams et al., 2019; Slater et al , 2020). tely resolved and thus version has also cam ersickness, physical harm, sense of body es in VR (Adams et al., 2019; Slater et al etter et al., 2022; Khor et al., 2016; Oga re). Many developers user, not physical barriers, (Slater et al., 2019). Such effects w and surgery training (Buetler et al, 2022; Ogawa et al., 2020). Distarter and reach can se geous undergoing training are also at risk when e and tus efficacy of the medium working with surgery tools or using the apparatus for extended ods of time (Blandasadi et al.. 2020; Massetti et al, 2018). ature Directions for Medical VR Medical VR is a rapidly mater by oder field but it is the medical application that poses pr a more inclusive and FIRTUAL REALITY IN ME VIRTUAL REALITY IN MEDICINE As such, it is prud ending on the software, thes O a number of skin colors, genders, body types, and much fects (Kang & Kim, 2020), By capitalizing cat and possibly increase patient care giver trust. quiring the user to accept a floating pair of hands as their own al appearance. These take a variety of forms (e.g. a ability to trick the brain have been dy on macroscopic scales (Bueller et al., 2021; Ogawa et al., 2021). Butler a analogous to the classic "rubber hand" exper ARVR Assisted Surgery and Teleconferencing An off-explored aspect of VR in other fields has been its potential as a collaborative and Q ernet-of-Things, the baseline status quo is free ovation. As such, VR technology has recently begun capitalizing rative nature of humanity (Sutherland et al, 2019). This has sparked VIRTUAL REALITY IN MEDICINE trauma, orthopedic, pelvic, and spinal surgery (Khor et al, 2016; Ha et al, 2021; Sutherland et ed to combine VR with 2.5D and 3D imagery to on of such technologies. Upcake surgeons. This has been traced to perm success of this assistance outside the training room. atervention for Cognitive Decline evious sections described the use of VR for physical therapy. One of the primary issues ved user uptake. As such, future directions for VR. as a cognitive de (Ha et al., 2021). In complex surge erect cuts are made and the patient's health equire multiple attentional modes. panel (Egle et al, 2022; Guimarses et al, 2021). Progress in this field is promising ever, as development softw VIRTUAL REALITY IN MEDICINE distributed. As memic not be well versed in (Baniasadi et al., 2020). Thus, it appears that the cognitive intervention Vestibular Stimulation to Counteract Cybersickness medical VR realm for patient al., 2020; Stinney & Kennedy cadaver. As such, preventi particularly interestin over new iterations