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You can customize devices according to individual needs
-Sari

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You could use RFID with sensing capability to monitor elderly people living independently
-Sari

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You could use your smart phones camera to do some simple analysis (eye/skin condition for example)
-Sari

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You can use RFID with sweat sensing capability to monitor your perspiration during a workout (body hydration status)
-Sari

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Robots can help carry heavy things around the flat
-Sari

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You can use spectral imaging in analysing blood flow changes below human skin
-Sari

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Artificial intelligence (AI) is somewhat software robotics. You may use AI to analyse big data and you could give advice to clients (analyse symptoms and suggest weather to go to a doctor..) or help doctors in making better evidence-based decisions.
-Sari

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3d-printed customized handles/covers with handles could be helpful, if you have problems in grabbing etc.
-Sari

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In dementia care, virtual reality could improve quality of life of patients. Tuomas

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Machine vision can be used in the field of safety and social technology by using machines to provide images from environments where it is not safe to do that by humans directly, like some situations in earthquakes where it is needed to find information about survivors.

Habib Al-muhanna.

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Robots can play a very important role in the field of helping people of special needs to overcome some difficulties like the ones related to movements. Habib

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Exoskeleton suit could be used by people suffering rheumatism. Tuomas

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Could be used in future houses, so house actually recognises what i am doing. Tuomas

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3-D printers can be used to manufacture devices to assist in other fields, for example manufacturing some IT devices which can be used by people of special needs.
Also can be used by inventors who don’t have a lot of money to implement their inventions.
Habib Al-muhanna.

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One of the obvious use of machine vision as an assistive technology is in the field of medicine, it provides a great help in both diagnosis and treatment.
Habib Al-muhanna.

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Radio Frequency Identification or RFID can be used as an assistive technology in many areas, and that includes the area of logistics and inspection and early warning of the medical status for some cases

Habib Al-muhanna.

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Robotics can assist to assist in many areas, like going deep in dangerous environments to get pictures or readings related to certain technological purposes

Habib Al-muhanna.

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3-D printers can prove to be useful in health technology as it can be used in manufacturing relatively low cost structures which can be used in health sector like parts of wheel chairs and parts used in physical therapy.
Habib Al-muhanna

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VisionMachine vision is very useful and very important in health sector, especially in providing great help to surgeons to view parts that were only possible to be viewed by using the scalpel. Also providing images related to the patient case to help in diagnosis.
Habib Al-muhanna

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Radio Frequency Identification or RFID can be used to convey vital information related to transplanted and / or artificial organs, so that swift responses can be made accordingly.
Habib Al-muhanna.

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3d printing3-D printers can prove to be useful in safety and social technology as it can be used in manufacturing relatively low cost structures which can be used in safety systems such as the ones used in physical security of residences. 

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3d printing3-D printers can prove to be useful in safety and social technology as it can be used in manufacturing relatively low cost structures which can be used in safety systems such as the ones used in physical security of residences. 

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Habib Al-muhanna.

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RFIDRFID can be used to convey important information from warehouses, like information related to temperature and humidity; in a way that environment of stored commodities can be inspected remotely.

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RFIDRFID can be used to convey important information from warehouses, like information related to temperature and humidity; in a way that environment of stored commodities can be inspected remotely.

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Habib Al-muhanna.

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RoboticsRobotics can assist in many ways in safety and social technology; for instance; it can be used to perform tasks that impose danger for humans when handled directly, like dealing with some chemical materials. 

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RoboticsRobotics can assist in many ways in safety and social technology; for instance; it can be used to perform tasks that impose danger for humans when handled directly, like dealing with some chemical materials. 

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Habib Al-muhanna.

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3d printers can be used by individuals with small budgets to manufacure elements withrelativley low cost to use them for self-activation and personal development.
Habib Al-muhanna.

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RFID technology can be very useful in transferring vital information from bodies of patients to related physicians or health centers, so that most of critical situations can be avoided or reported very fast.
Habib Al-muhanna.

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Affordable and customised technology that can be manufactured at home. Possibility to enhance already existing technology, different grips, supports etc. for sports or daily life. Cheap proof of concept testing. - Janne T.

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Tracking items, like making sure you have keys, phone etc. when going out. -Janne T.

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Aid in getting up from the chair / bed. - Janne T.

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Physiotherapy, controlling and aiding movements. - Janne T.

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Analyse movement, recognise micromovements as in Parkinsons or warn about seizures. - Janne T.

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Smart fridge, smart cupboard. Analyse food usage, automated food orders. Also alerts if nutrition not adequate. Movement tracking and monitoring. - Janne T.

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The robotic aids that we were supposed to have in the 60's. Like automated kitchens, cleaning robots. - Janne T.

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Track bodily functions wirelessly and real-time through skin, like blood glucose. - Janne T.

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Swallowable cameras that take pictures of the GI- tract. Non-invasive monitoring, temperature, oxygenation etc. Movement and facial analysis in case of stroke - Janne T.

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Lifting and moving helpers. Automatic medicine dispensing. Surgery robots. Movement aids (exoskeletons), prosthetics. - Janne T.

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Biological printing (spare organs and parts). "Traditional" printing: Lightweight casts, custom facial, teeth and other prosthetics - Janne T.

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Automated transfer of old records to digital. - Janne T.

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Tracking samples and tests. Identification of patient. - Janne T.

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Monitor medicine usage. -Janne T.

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It is especially for people with disabilities a very good technology to design inexpensive assistive devices to help them in their daily lifes. For example, fork and spoon holders, touch screen devices and medication bottel openers can improve their lives enormously.

-Franziska H.

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RFID is a very useful technology for hospitals. If RFID is integrated with hospital information systems, medical, medication and diagnosis errors could be reduced.
-Franziska H.

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Family caregivers can take a lot of advantages of this technology. For example, GPS technology can tell the caregiver a senior’s exact location.
-Franziska Hammer

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There is a wide range of medical robotics in healthcare. Surgical Precision is a technology in which  the surgeon is in complete control of the system at all times and allows him with smaller incisions to access problem areas with more precision.
-Franziska H

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RFID can regulate the data automatically during sugery.
Phuong Nguyen

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Control robots and play with others for example if you're paralyzed. - Janne T.

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Analyse movements and give feedback, as in a PT or coach. - Janne T.

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With enough resolution in an image, it might be possible to calculate ones (ie. elderly people) breathing rate and trigger an alarm if the rate drops.
-Juho S

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One application might be sensing the orientation of a person. Upright == all good, no worries. Horizontally in some place else other than bed/sofa -> trigger an alarm, chance of an emergency.
- Juho S

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With Bioprinting we could make new organs and replace missing bodyparts.
-Jonna

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Could be used in diagnosing,  like locating tumours. Would help the surgeon to rehearse for the the oncoming surgery,
-Leni

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As a substitute for a pet. Keep company and monitor the patient at the same time.
-Leni

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Can be used in marking, detecting and calculating instruments during and after surgery to ensure none are left inside a patient. Also can help the person preparing sets of instruments for certain surgey.
-Leni

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In this branch 3d printing can provide all kinds of helpful tools. Check image below. If there is a disability like fingers that don't functions as normal this kind of tools can be created. The best thing is that this kind of 3d-files are available for everyone. Just download and print it. Cheap and efficient.
-Peter

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Robots are already doing surgerys assited by human. Future will bring robots with vision that will make surgerys unassisted. No hand is as steady as robot. No eyes vision is as sharp as machines.
Just to be mentioned that AI must be implemented to these robots also. People are so different shape and size so there is lot of things that machines just can't understand yet
-Peter

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Nanotechnology is most certainly getting more common in the future.
These nano bots all can carry technology like RFID. Nano bots themselves constantly analyse patient that they are in. Communication to surface trough skin can be made with RFID. Just place scanner where nano bot is located and it will tell you what it has found.
-Peter

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Patient has a tag that that is like a key to database that contains patients info. RFID-tag should some how be implemented to a patient, possibly under the skin. Ethical problem is that, is it really ok to tag people like cattle?
-Peter

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Nowadays any assistive technology like walking canes are bulky and very little customized. If that bulk walking cane isn't fitting for someone 3d printing will help. 3d printing will make possible to totally customize handle or anything included within the cane.
Assist with spectral imaging a hand of the patient can be converted to a 3d modelled. This 3d model will make possible to make tools for that hand that really fit like a glove.
-Peter

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Robots can provide assistance in daily life. They can pick and carry heavy things. Also they can assist when person is going to a bathroom or bed.
Also if someone has lost their whole hand or leg or there is some disability in them robotics can provide assistance( check image below )
-Peter

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Drug adherence, to ensure that patient will take medicine according to orders.
Drug safety (to avoid over dozing etc.)-Marko

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Real word data remote from patient to the hospital electronic health records e.g. after drug switch. -Marko

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Social robots for autism spectre- people to lear interaction skills in their freetime
-Petra

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Playmate robots for kids with poor play skills. Robots could teach the child to play simple things like dressing a doll,feeding a doll and putting a doll to bed. Robots could do this many times a day which would benefit kids abilyty to learn.
-Petra

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These could make individual splints available to more people and make them even more accurate to the need.
-Petra

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For children who are blind, or have impaired vision, books with raised faces, houses, food, animals and other everyday educational items could be printed so that they could learn the shape of things.
-Kaisa

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You could grant or deny access to certain parts of, for example, an elderly home to ensure higher security, with a RFID chip implanted under the skin. Other sensors could be embedded too to the same chip.
-Kaisa

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Can be used as an aid for an autistic person to read people's faces for emotional responses and help them in social situations (perhaps on their smart phones).
-Kaisa

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Sensors to be used in in buses (or public transport in general) to recognise when a disabled person will get on board or depart it to which the bus would lower more than usual and pull out a ramp for easier access. Maybe some robotic assistance could be combined.
-Kaisa

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To ensure elderly store their medication safely and correctly.
-Kaisa

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Identification of people could be confirmed with a machine vision scanner connected to health records to for example ensure an operation is completed on the correct person. Enhancing safety of patients.
-Kaisa

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A person with a certain disease or condition could control his/her status with the help of the chip under skin, which communicates with an application and then act well in advance preventively, take medicine...

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RFID can control older people t.ex.if they are going out on a abnormal time. Nearby living relatives can then contact the person. Userful if person is having trouble with memory.
-Jori

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Analyze your eyes or face skin etc. to give feedback if something is wrong or may be a sign of sickness. -Jori

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Self-service drugstore "kiosk" in small villages where normal drugstore is not available. Detects right patient and the needs and gives correct medical items.
-Jori

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Control who is knocking your door. Useful for old people, you can have a database of known persons so you haven´t to open a door if unknown person (fake door-to-door salesman or criminals) is trying to get you open your door.
-Jori

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Application to phone what can recognize some illnesses or low sugar levels in blood from your breath
-Jonna

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TUG robot for distributions of medical supplies.

Viktor

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Printing prosthetics or components for daily use.

Viktor

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To help create assistive devices and prosthetics, so that people with disabilities and amputated limbs can still participate in the activities they enjoy.
-Shobin

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It is not only offers tracking capacity to locate equipment and people in real time, but also provide efficient and accurate access medical data for doctors and other health professionals.
-Shobin

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Helping by relieving medical person from routine tasks, that takes their time away from more responsibilities and by making medical procedures safer and cost effective for patients.
-Shobin

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It improves the quality of life in elderly people, especially when they live alone.
-Shobi