Types Of Technologies Used By The Deaf Community

After further research I discovered that hearing aids are not as good as some people make them out to be, as the article why things suck: Hearing aids (2008), explains, that the problems are with the microphone, the processor and the battery of the hearing aids. The microphone, this article suggests that it picks up all sound coming from all directions, to a service user this could be come irritating, and confusing, if this is the case it will be hard for the user to focus in on the sounds they need to hear. In a health and social care setting this could become difficult if a hearing impaired person is in a hospital, they may find the professionals voice hard to hear while background noise is happening. If this was to happen the communication would not be effective, as the service user will not be able to hear all the information and therefore wouldn’t understand what was going on. This relates to argyle’s communication cycle, the cycle is made up of six stages: idea occurring, message

The use of hearing aids greatly enhances communication for some people who are hard of hearing. There are many types of hearing aids, induction loops and conversers.

In current years technology has advanced extremely quickly and has taken the world by storm. Technology has a range of positive contributions to the world but advanced technology has impacted the deaf community in a variety of ways: it has allowed people to connect regularly through different communication devices, improve access and receive and look for information and work to improve the safety in and around the household with everyday appliances.

Another example, people with hearing disability may use hearing aids. They are battery-powered electronic devices with small microphones to pick up and increase the volume of sound received by a person. Also, text phones, relay systems and minicoms may be used for people who are deaf or hard of hearing.

Fortunately, there are numerous resources available for people with disabilities that offer assistance and programs to meet their everyday needs. The Alabama Institute for Deaf and Blind serves as an educational resource for individuals who are deaf, blind, deaf-blind, and multi-disabled. I decided to research this agency because it has been referenced in my communicative disorders classes. As a future speech language pathologist, I want to learn about this agency and discover the programs it offers to help me with my future clients. The Alabama Institute for Deaf and Blind is relative to this course because as mentioned in the textbook and other course material, resources and programs that offer assistance to individuals with disabilities are essential to their successful futures. This agency is a means in which people who are deaf and blind can seek assistance to improve their skills of communication, and this is ultimately my goal as a speech language pathologist.

The Alabama Institute for Deaf and Blind serves as an educational resource for individuals who are deaf, blind, deaf-blind, and multi-disabled. I chose this agency because it has been mentioned in my communicative disorders classes. As a future speech language pathologist I want to learn about this agency and discover the programs it offers to help me with my future clients. The Alabama Institute for Deaf and Blind is relative to this course because as mentioned in the textbook and other course material, resources and programs that offer assistance to individuals with disabilities are essential to their successful futures. This agency is a means in which people who are deaf and blind can seek assistance to improve their skills of communication and this is ultimately my goal as a speech language pathologist.

For example, visual technologies which include captions, video telephone, and even alerting devices (Nomeland 171- 188). All these slowly started to slowly increase more and more making the world more welcoming. By including captions in movie theatres and television the deaf could enjoy a movie or show. Also by creating the video telephone the deaf could now start to communicate with family from a long distance. Also by the development of alerting devices they could now see when someone is at the door knocking. There are so many more advances that have contributed to the social life of the Deaf community, but these few I saw as very

The National Institute on Deafness defines the cochlear implant as, “… a small, complex electronic device that can help to provide a sense of sound to a person who is profoundly deaf or severely hard-of-hearing.” The cochlear implant was first introduced in 1979 and it is estimated that 324,000 implants have been implanted worldwide. The surgery is proven to work better when the child being implanted is young, preferably younger than five. It is ideal to implant a child before their language or speech has developed. The FDA has approved children as young as 12-months old to receive the cochlear implant.

2) I feel another great achievement in the last fifty years has been the cochlear implant. This is a surgically implanted in a patient’s cochlea in their ear that is deaf or severally hearing impaired, because of damage to the sensory cells in their cochlea. www.cochlear.com/‎

There are many things that people in the hearing world take for granted every day, such as verbal communication, using a telephone or something as simple as the feeling you get when your favorite song comes on the radio. To a person that has been completely immersed in the deaf community, it may be easy to view the sense of sound as unnecessary. As a member of the haring community it would seem nearly impossible to live a day without sound. Cochlear implants are devices that help a person who is deaf gain hearing to some degree, and in some cases nearly full hearing. This new technology has become very controversial throughout both the hearing, and the deaf world.

Passages A & B have different views on what would work best for the Deaf people, but they both want want a positive outcome for the Deaf community. Passage A mainly talks about how the cochlear implants do not benefit deaf people and how the permanent effects from it can be a disadvantage for the implant patient in the deaf community. “Implanted children would "end up trapped between two worlds: they can't live the way hearing people can, and yet they won't have grown up in the deaf community, using ASL" (Zimmer 85)”. The author helps the reader understand the Deaf community rather then understand the medical view of cochlear implants.

Explain that wearing the aids as often and as consistently as possible is essential to speech and language development for the child. The hearing aids provide access to sounds for the child and without this stimulation speech and language development will be negatively impacted. Auditory input is needed to help the child to learn to listen, if the aids are not being used and the auditory pathways of the brain are not being stimulated then the child will eventually lose that ability. The quality of the signal in the hearing aids is directly related to the child’s speech intelligibility. A high quality auditory input provides a better opportunity for learning and better speech intelligibility. Full access is important for children who are learning

To this day, medical professionals and scientists dialogue about the issue of providing cochlear implants, electronic devices to aid one’s auditory perception, to the overall deaf population (NIDCD). Some claim they should be given to deaf children and adults, while others oppose this perspective, because of vexatious burdens that supersede few benefits.

Advancements in Information Technology have now made it possible to restore hearing to the profoundly deaf by inserting a prosthetic device called the Bionic Ear (also known as the Cochlear Implant) in an individual’s inner ear. The Bionic Ear technology is an example of design and innovation combined with information processing, software design and development. Since it was first invented, technology advancements proceeded on a parallel track in terms of miniaturisation and increasing sophistication of this Bionic Ear technology. This particular technology operates by delivering electrical stimuli to the auditory nerve which then triggers auditory

This technology gave more power for hearing aids used by the severely hearing impaired (p. C292).