The document discusses how advancements in technology have impacted medicine and how smartphones may replace ultrasounds and x-rays for certain medical diagnoses. It describes how a smartphone could be held up to the neck for a minute or two to perform a real-time health check and provide a diagnosis anywhere. Smartphones may offer fast, low-cost medical diagnostics and become the future of medicine.
AntennaSearch.com is a mashup of Google Maps and data on cell phone towers and antennas that allows users to see tower locations and coverage areas. It can help determine carrier reception for a specific address and whether reception is good or poor in an area. While cell towers pose minimal health risks, their location is important both for reception and studying potential radiation effects. The website engages students and provides up-to-date tower data, and can be used for geometry, science fair, and health projects involving towers, signals, and electromagnetic radiation.
AntennaSearch.com is a mashup of Google Maps and data on cell phone towers and antennas that allows users to see tower locations and coverage areas. It can help determine carrier reception for a specific address and educate users on tower radiation levels. The website benefits teaching by engaging students in determining coverage for their own areas using up-to-date tower data. Teachers can incorporate it into lessons on geometry, precalculus, science fair projects examining radiation levels and potential health effects.
The document discusses using smartphones for medical diagnosis and healthcare. It describes how technologies are advancing to allow smartphones to replace ultrasounds and x-rays for certain applications. One example mentioned is using a smartphone to scan one's neck for a minute or two to check health. The document also discusses how technology has always significantly impacted medicine and questions whether smartphones represent the future of medicine.
The document summarizes information about cell phone safety and radiation. It explains how cell phone calls are connected through base stations and switching centers. It also discusses how cell phone radiation is produced and absorbed differently by adults and children due to skull thickness. Tips are provided to reduce radiation exposure such as using hands-free devices, holding the phone away from the body, and limiting call time.
The document discusses the potential for smartphones to replace medical imaging technologies like ultrasound and X-rays for certain diagnostic uses. It envisions a future where people could hold their phone up to their body for a minute or two to receive a health check or diagnosis anywhere. It also describes the branding and marketing strategy created for a hypothetical smartphone-based medical diagnosis app called Exinol, including branding words drawn from music and guidelines for an effective Twitter ad campaign to promote the app.
The document summarizes how mobile phone communication works between two devices. It involves the following steps:
1. When a call is initiated, electromagnetic signals are transmitted from the caller's mobile antenna to the closest base station.
2. The base station then sends the signal to a switching center to authenticate the caller and receiver.
3. Once authenticated, the switching center transmits the signal to the base station closest to the receiver, which sends electromagnetic waves to the receiver's mobile antenna, establishing the two-way communication connection.
The effect of cell phone radiation on yeast (1)Amelia Payne
The student conducted an experiment to test the effect of cell phone radiation on yeast metabolism. Yeast and sugar mixtures were placed in test tubes near a cell phone, 30cm away, 1m away, and in another room as a control. The cell phone was used to make calls for 30 minutes by each test tube. Balloon diameters measured the yeast's CO2 output, indicating metabolism. Results showed yeast closest to the phone grew most, while the control grew second most, supporting the hypothesis that closer proximity increases yeast growth due to cell phone radiation. The student learned about cell phone operation and their classification as a potential carcinogen, while gaining experience with the scientific method.
The document discusses how advancements in technology have impacted medicine and how smartphones may replace ultrasounds and x-rays for certain medical diagnoses. It describes how a smartphone could be held up to the neck for a minute or two to perform a real-time health check and provide a diagnosis anywhere. Smartphones may offer fast, low-cost medical diagnostics and become the future of medicine.
AntennaSearch.com is a mashup of Google Maps and data on cell phone towers and antennas that allows users to see tower locations and coverage areas. It can help determine carrier reception for a specific address and whether reception is good or poor in an area. While cell towers pose minimal health risks, their location is important both for reception and studying potential radiation effects. The website engages students and provides up-to-date tower data, and can be used for geometry, science fair, and health projects involving towers, signals, and electromagnetic radiation.
AntennaSearch.com is a mashup of Google Maps and data on cell phone towers and antennas that allows users to see tower locations and coverage areas. It can help determine carrier reception for a specific address and educate users on tower radiation levels. The website benefits teaching by engaging students in determining coverage for their own areas using up-to-date tower data. Teachers can incorporate it into lessons on geometry, precalculus, science fair projects examining radiation levels and potential health effects.
The document discusses using smartphones for medical diagnosis and healthcare. It describes how technologies are advancing to allow smartphones to replace ultrasounds and x-rays for certain applications. One example mentioned is using a smartphone to scan one's neck for a minute or two to check health. The document also discusses how technology has always significantly impacted medicine and questions whether smartphones represent the future of medicine.
The document summarizes information about cell phone safety and radiation. It explains how cell phone calls are connected through base stations and switching centers. It also discusses how cell phone radiation is produced and absorbed differently by adults and children due to skull thickness. Tips are provided to reduce radiation exposure such as using hands-free devices, holding the phone away from the body, and limiting call time.
The document discusses the potential for smartphones to replace medical imaging technologies like ultrasound and X-rays for certain diagnostic uses. It envisions a future where people could hold their phone up to their body for a minute or two to receive a health check or diagnosis anywhere. It also describes the branding and marketing strategy created for a hypothetical smartphone-based medical diagnosis app called Exinol, including branding words drawn from music and guidelines for an effective Twitter ad campaign to promote the app.
The document summarizes how mobile phone communication works between two devices. It involves the following steps:
1. When a call is initiated, electromagnetic signals are transmitted from the caller's mobile antenna to the closest base station.
2. The base station then sends the signal to a switching center to authenticate the caller and receiver.
3. Once authenticated, the switching center transmits the signal to the base station closest to the receiver, which sends electromagnetic waves to the receiver's mobile antenna, establishing the two-way communication connection.
The effect of cell phone radiation on yeast (1)Amelia Payne
The student conducted an experiment to test the effect of cell phone radiation on yeast metabolism. Yeast and sugar mixtures were placed in test tubes near a cell phone, 30cm away, 1m away, and in another room as a control. The cell phone was used to make calls for 30 minutes by each test tube. Balloon diameters measured the yeast's CO2 output, indicating metabolism. Results showed yeast closest to the phone grew most, while the control grew second most, supporting the hypothesis that closer proximity increases yeast growth due to cell phone radiation. The student learned about cell phone operation and their classification as a potential carcinogen, while gaining experience with the scientific method.
This document discusses using smartphones for medical diagnosis. It describes how smartphones could replace ultrasounds and X-rays for some uses by holding the phone up to the body. Advancements in technology have impacted medicine and the future may see more medical diagnosis done using smartphones. The document also includes branding work for an app called Exinol that would allow real-time health checks on a smartphone anywhere. It outlines a Twitter marketing campaign and analytics tracking for the proposed Exinol app.
1. The document describes the process of communication between two mobile phones. When a call is initiated, the caller's signal is transmitted to the nearest base station and then to a switching center for authentication. The signal is then sent to the base station closest to the receiver.
2. It then provides tips for reducing radiation exposure from cell phones, such as using hands-free sets, holding the phone at the bottom away from the head, positioning for best reception, and limiting call time.
3. The document discusses concerns about potential health hazards from the electromagnetic radiation used in cell phones and their increasing use.
The document discusses new technologies that can diagnose medical conditions using smartphones by holding the phone to different parts of the body for a minute or two. It notes that advancements in technology have always greatly impacted medicine and questions whether smartphones may become a major part of the future of medicine. It then outlines branding and marketing research and plans for "Diagnosis via Smartphone", including developing a Twitter campaign with the tags #YourLifeYourHands to promote the new Exinol app for real-time health checks using a smartphone.
The document discusses new technologies that can diagnose medical conditions using smartphones by holding the phone to different parts of the body for a minute or two. It notes that advancements in technology have always greatly impacted medicine and questions whether smartphones may become a major part of the future of medicine. The document then covers branding and marketing for a proposed smartphone-based medical diagnosis app called Exinol, including developing brand characteristics, a persona, targeting audiences on Twitter, and setting up analytics to track the Twitter marketing campaign's performance.
The document discusses research into using smartphone technologies for medical diagnosis and treatment, such as holding a phone up to the neck for a few minutes to check health. It also covers the branding and marketing of a proposed smartphone app called Exinol that would allow users to monitor their health anywhere. The document includes draft social media posts, research on running a Twitter advertising campaign, and a sample intro for a promotional podcast.
The document discusses new technologies that can diagnose medical conditions using smartphones by holding the phone to different parts of the body for a minute or two, replacing ultrasounds and x-rays for some uses. It also discusses how advancements in technology have always impacted medicine and questions if smartphones will be the future of medicine. The branding assignment proposes branding a new app called "Exinol" that enables real-time health checks and problem solving from anywhere using smartphone diagnosis technologies. Research is presented on designing effective Twitter campaigns to promote the new app. Analytics tools like Bitly, Google Analytics, and Twitter Analytics are suggested to measure campaign effectiveness.
The document provides 16 recommendations for reducing exposure to electromagnetic radiation from cell phones, including:
1) Don't allow children to use cell phones except for emergencies due to their thinner skulls and developing brains.
2) Avoid using cell phones if pregnant and keep phones away from babies due to developing organs being most sensitive.
3) Limit cell phone use and call time to reduce risks of brain and eye cancer.
Frequently Asked Questions about Cell Phones and Your HealthAhmad Hawasheen
A cell phone uses radiofrequency signals to communicate with nearby base stations, allowing calls from most locations. Hundreds of studies have investigated potential health risks of cell phone use, with some suggesting a possible link between long-term, high use and certain brain cancers. More research is still needed to conclusively determine health risks. People can reduce exposure by using hands-free options or keeping phones away from the body.
A presentation on hazards of cell phoneskalyanikatta
This document discusses the health hazards of cell phone towers. It begins by explaining how cell phone towers work by transmitting electromagnetic radiation between phones and towers. It then discusses the types of radiation emitted and how exposure occurs near towers. Studies have found higher cancer rates in those living near towers. While the radiation is currently not classified as carcinogenic, long term effects are still unknown. The document recommends limiting phone use, especially for children, and using headsets to reduce exposure. It concludes that more research is still needed but precautions are advisable.
New Developments in Cellular Technology, by Mohsen MotamedianMax Motamedian
Current phone batteries drain quickly due to inefficient power amplifiers that continuously draw power even in stand-by mode. Eta Devices is developing a new power amplifier that selects the most efficient voltage for the battery depending on phone usage, changing voltage 20 million times per second. This technology could double a phone's battery life if scaled down for smartphones. Eta Devices plans to unveil the new amplifier at Mobile World Congress in February.
This document proposes a lightweight portable UV radiation detection system called UVision to help prevent users from harmful UV exposure. UVision has two parts: a wearable UV sensor that collects real-time UV data and a mobile app to display the sensor results. The sensor is designed to look like jewelry to be discreetly worn. The app provides UV index readings, exposure time estimates, and sun protection recommendations. The system aims to increase sun safety through low-cost education and awareness of current UV conditions. Future work may improve the design to be smaller and longer lasting to create a more practical product.
Mobile Communications: Addressing Electromagnetic Field Concerns and Environm...jrowley_ie
This document discusses mobile communications and environmental sustainability. It covers growing demand for mobile services, concerns about electromagnetic fields from mobile phone use and base stations, and the industry's efforts to improve environmental performance through reducing energy use, encouraging recycling, and enabling social and economic benefits through connectivity. The GSMA works with mobile operators on benchmarks and best practices for energy efficiency, renewable energy deployment, and reducing the environmental impact of mobile devices.
1) The document discusses the biological effects of electromagnetic radiation emitted by mobile phones and cell phone towers on human health. It notes that continued use of mobile phones can increase health risks due to thermal and non-thermal effects.
2) Thermal effects occur as electromagnetic waves from mobile phones are absorbed by human tissues, causing heating. This can raise local temperatures, especially near the head and brain where phones are often used. Non-thermal effects involve low-frequency pulsing of cell phone signals disrupting normal cell functions.
3) The document recommends that people keep away from cell phone towers and limit mobile phone use to reduce exposure to electromagnetic radiation, which some studies have linked to increased health risks from long-term
The document discusses the global problem of radiation from technology and its health effects. It defines electrosmog as non-ionizing radiation from wireless devices, computers, and other electronics. Both short-term and long-term exposure can impact health, increasing risks of cancers, mental illnesses, and other chronic diseases. The International Society for Electrosmog Research conducts studies on the reasons for and effects of electrosmog on people, animals, and the environment. New technologies aim to protect against radiation from various electromagnetic sources.
This document discusses and debunks some common myths about cell tower radiation. It presents some outlandish claims people make about health effects of cell towers, such as that cell tower radiation causes sweat glands in ears or can transmit STDs. It then provides facts from scientific organizations like WHO and ICNIRP that no health effects have been proven from cell tower radiation levels and that anti-radiation products are unproven. The document encourages verifying information from credible sources rather than social media.
Ultra Violet (UV) Measuring System #scichallenge2017Alper Berber
1) The document describes a UV measuring system project that aims to design a portable device to measure UV ray levels and provide precautions based on the measurement.
2) The device would connect to the internet to share data and alerts in real-time through a website and mobile apps, allowing people to check UV levels anywhere.
3) High UV levels can negatively impact health, so the system seeks to raise awareness and help people safely benefit from sunlight.
The document discusses the advantages of wireless technology over wired networks. It outlines how wireless networks can increase productivity by allowing mobility. It then describes some of the environmental concerns with using wires, such as the materials in cables being non-degradable and containing hazardous chemicals like mercury and lead. The document proposes that wireless networks could help mitigate these issues by reducing electronic waste from batteries. It provides several examples of how wireless technology has been applied in various fields like healthcare, transportation, agriculture, and environmental monitoring.
This document discusses using smartphones for medical diagnosis. It describes how smartphones could replace ultrasounds and X-rays for some uses by holding the phone up to the body. Advancements in technology have impacted medicine and the future may see more medical diagnosis done using smartphones. The document also includes branding work for an app called Exinol that would allow real-time health checks on a smartphone anywhere. It outlines a Twitter marketing campaign and analytics tracking for the proposed Exinol app.
1. The document describes the process of communication between two mobile phones. When a call is initiated, the caller's signal is transmitted to the nearest base station and then to a switching center for authentication. The signal is then sent to the base station closest to the receiver.
2. It then provides tips for reducing radiation exposure from cell phones, such as using hands-free sets, holding the phone at the bottom away from the head, positioning for best reception, and limiting call time.
3. The document discusses concerns about potential health hazards from the electromagnetic radiation used in cell phones and their increasing use.
The document discusses new technologies that can diagnose medical conditions using smartphones by holding the phone to different parts of the body for a minute or two. It notes that advancements in technology have always greatly impacted medicine and questions whether smartphones may become a major part of the future of medicine. It then outlines branding and marketing research and plans for "Diagnosis via Smartphone", including developing a Twitter campaign with the tags #YourLifeYourHands to promote the new Exinol app for real-time health checks using a smartphone.
The document discusses new technologies that can diagnose medical conditions using smartphones by holding the phone to different parts of the body for a minute or two. It notes that advancements in technology have always greatly impacted medicine and questions whether smartphones may become a major part of the future of medicine. The document then covers branding and marketing for a proposed smartphone-based medical diagnosis app called Exinol, including developing brand characteristics, a persona, targeting audiences on Twitter, and setting up analytics to track the Twitter marketing campaign's performance.
The document discusses research into using smartphone technologies for medical diagnosis and treatment, such as holding a phone up to the neck for a few minutes to check health. It also covers the branding and marketing of a proposed smartphone app called Exinol that would allow users to monitor their health anywhere. The document includes draft social media posts, research on running a Twitter advertising campaign, and a sample intro for a promotional podcast.
The document discusses new technologies that can diagnose medical conditions using smartphones by holding the phone to different parts of the body for a minute or two, replacing ultrasounds and x-rays for some uses. It also discusses how advancements in technology have always impacted medicine and questions if smartphones will be the future of medicine. The branding assignment proposes branding a new app called "Exinol" that enables real-time health checks and problem solving from anywhere using smartphone diagnosis technologies. Research is presented on designing effective Twitter campaigns to promote the new app. Analytics tools like Bitly, Google Analytics, and Twitter Analytics are suggested to measure campaign effectiveness.
The document provides 16 recommendations for reducing exposure to electromagnetic radiation from cell phones, including:
1) Don't allow children to use cell phones except for emergencies due to their thinner skulls and developing brains.
2) Avoid using cell phones if pregnant and keep phones away from babies due to developing organs being most sensitive.
3) Limit cell phone use and call time to reduce risks of brain and eye cancer.
Frequently Asked Questions about Cell Phones and Your HealthAhmad Hawasheen
A cell phone uses radiofrequency signals to communicate with nearby base stations, allowing calls from most locations. Hundreds of studies have investigated potential health risks of cell phone use, with some suggesting a possible link between long-term, high use and certain brain cancers. More research is still needed to conclusively determine health risks. People can reduce exposure by using hands-free options or keeping phones away from the body.
A presentation on hazards of cell phoneskalyanikatta
This document discusses the health hazards of cell phone towers. It begins by explaining how cell phone towers work by transmitting electromagnetic radiation between phones and towers. It then discusses the types of radiation emitted and how exposure occurs near towers. Studies have found higher cancer rates in those living near towers. While the radiation is currently not classified as carcinogenic, long term effects are still unknown. The document recommends limiting phone use, especially for children, and using headsets to reduce exposure. It concludes that more research is still needed but precautions are advisable.
New Developments in Cellular Technology, by Mohsen MotamedianMax Motamedian
Current phone batteries drain quickly due to inefficient power amplifiers that continuously draw power even in stand-by mode. Eta Devices is developing a new power amplifier that selects the most efficient voltage for the battery depending on phone usage, changing voltage 20 million times per second. This technology could double a phone's battery life if scaled down for smartphones. Eta Devices plans to unveil the new amplifier at Mobile World Congress in February.
This document proposes a lightweight portable UV radiation detection system called UVision to help prevent users from harmful UV exposure. UVision has two parts: a wearable UV sensor that collects real-time UV data and a mobile app to display the sensor results. The sensor is designed to look like jewelry to be discreetly worn. The app provides UV index readings, exposure time estimates, and sun protection recommendations. The system aims to increase sun safety through low-cost education and awareness of current UV conditions. Future work may improve the design to be smaller and longer lasting to create a more practical product.
Mobile Communications: Addressing Electromagnetic Field Concerns and Environm...jrowley_ie
This document discusses mobile communications and environmental sustainability. It covers growing demand for mobile services, concerns about electromagnetic fields from mobile phone use and base stations, and the industry's efforts to improve environmental performance through reducing energy use, encouraging recycling, and enabling social and economic benefits through connectivity. The GSMA works with mobile operators on benchmarks and best practices for energy efficiency, renewable energy deployment, and reducing the environmental impact of mobile devices.
1) The document discusses the biological effects of electromagnetic radiation emitted by mobile phones and cell phone towers on human health. It notes that continued use of mobile phones can increase health risks due to thermal and non-thermal effects.
2) Thermal effects occur as electromagnetic waves from mobile phones are absorbed by human tissues, causing heating. This can raise local temperatures, especially near the head and brain where phones are often used. Non-thermal effects involve low-frequency pulsing of cell phone signals disrupting normal cell functions.
3) The document recommends that people keep away from cell phone towers and limit mobile phone use to reduce exposure to electromagnetic radiation, which some studies have linked to increased health risks from long-term
The document discusses the global problem of radiation from technology and its health effects. It defines electrosmog as non-ionizing radiation from wireless devices, computers, and other electronics. Both short-term and long-term exposure can impact health, increasing risks of cancers, mental illnesses, and other chronic diseases. The International Society for Electrosmog Research conducts studies on the reasons for and effects of electrosmog on people, animals, and the environment. New technologies aim to protect against radiation from various electromagnetic sources.
This document discusses and debunks some common myths about cell tower radiation. It presents some outlandish claims people make about health effects of cell towers, such as that cell tower radiation causes sweat glands in ears or can transmit STDs. It then provides facts from scientific organizations like WHO and ICNIRP that no health effects have been proven from cell tower radiation levels and that anti-radiation products are unproven. The document encourages verifying information from credible sources rather than social media.
Ultra Violet (UV) Measuring System #scichallenge2017Alper Berber
1) The document describes a UV measuring system project that aims to design a portable device to measure UV ray levels and provide precautions based on the measurement.
2) The device would connect to the internet to share data and alerts in real-time through a website and mobile apps, allowing people to check UV levels anywhere.
3) High UV levels can negatively impact health, so the system seeks to raise awareness and help people safely benefit from sunlight.
The document discusses the advantages of wireless technology over wired networks. It outlines how wireless networks can increase productivity by allowing mobility. It then describes some of the environmental concerns with using wires, such as the materials in cables being non-degradable and containing hazardous chemicals like mercury and lead. The document proposes that wireless networks could help mitigate these issues by reducing electronic waste from batteries. It provides several examples of how wireless technology has been applied in various fields like healthcare, transportation, agriculture, and environmental monitoring.
Babymoov and Electrosmog: our recommendations and philosophyRomu
Electrosmog is everywhere. Babymoov published a guide to give you all keys to understand the problem of waves on babies' health.
Read our recommendations and our philosophy
This document describes a flood detection system that uses IoT technology. An ultrasonic sensor is used to detect water levels and send the data to a Node MCU controller. The controller then sends real-time flood height information via SMS to local authorities and residents. The system aims to help motorists and residents avoid flooded areas. It divides flood levels into four categories. The sensor and controller are powered by solar panels to allow continuous monitoring. When implemented, this system could help reduce traffic and warn people faster during flood events.
A Survey on Smart Devices for Object and Fall DetectionIRJET Journal
This document summarizes a survey on smart devices for object and fall detection. It discusses how sensors and microcontrollers can be used to create wearable alert devices for the elderly that detect falls and send location information to concerned contacts. It also describes how ultrasonic sensors and smart glasses can detect obstacles to help blind or visually impaired people navigate safely. The document reviews several existing studies on vision-based and sensor-based fall detection systems and identifies challenges in real-world deployment, usability, and user acceptance of emerging technologies.
The document proposes developing a device that can record skin's reaction to UV exposure from tanning beds. The device would record skin texture before and after exposure and allow users to see immediate damage caused by UV rays. It would also predict future aging effects to highlight UV radiation dangers to the public in an understandable way. The goal is to create a more visual demonstration of UV harms than scientific literature alone.
The document proposes developing a device that can record skin's reaction to UV exposure from tanning beds. The device would record skin texture before and after exposure and allow users to see immediate damage caused by UV rays. It would also predict future aging effects to highlight UV radiation dangers to the public in an understandable way. The goal is to create a more visual demonstration of UV harms than scientific literature alone.
The document discusses developing technology to better understand city climates through dense weather monitoring networks. It notes that current climate data sources have low-resolution data at the city level. The document proposes installing a network of properly placed weather stations in cities to collect high-quality local climate data. It describes using artificial intelligence techniques like machine learning and neural networks to analyze the data and model urban climates. This could provide benefits like improved routing, emergency planning, health monitoring, and energy use prediction at the street level. The document outlines a plan to pilot the approach in Batumi, Georgia and release apps using the collected data and models.
The document summarizes the research focus and projects of the MIT Mobile Experience Laboratory. The lab focuses on creative designs that use new technologies to improve people's lives through meaningful experiences. It takes a multidisciplinary approach and researches how technology can enhance connectivity, mobility, and sustainability in urban environments. Some of the projects discussed include an interactive bus stop, a civic media application called Locast, and a personal travel assistant application. The document provides examples of how the lab's research applies new technologies to address issues like transportation, energy use, and engaging institutions with citizens.
The document summarizes the issues of electronic pollution and e-waste. It discusses two main problems - e-waste and electronic radiations. E-waste is generated from discarded electronic equipment and contains toxic heavy metals like lead, cadmium, and mercury. Case studies from China, Bangalore, and Germany show the increasing amounts of e-waste and higher cancer rates near cell phone towers. The document also lists effects of electromagnetic radiation from devices and recommends measures to reduce radiation exposure.
The document discusses whether radiation from cell phone towers is dangerous to human health. It provides an overview of cell phone towers and the microwave radiation they emit. It also discusses several studies that have linked cell tower radiation exposure to health issues like cancer, neurological problems, and birth defects in humans and animals. However, it notes there is still debate around the issue and more research is needed to understand the health risks. It also discusses some of the myths around the risks of cell tower radiation.
The document discusses a case study measuring the intensity of electromagnetic radiation from mobile phone towers in Cochin, India. The study found radiation levels above recommended safety limits in some areas. The purpose was to understand radiation levels and create public awareness of potential health hazards from long-term exposure. The conclusion recommends stricter radiation norms and precautions given the large number of mobile phone users in India.
Far-UVC light in the range of 207-222 nm has the potential to effectively kill pathogens like viruses and bacteria while posing minimal risk to humans. It can be used to disinfect indoor air continuously without needing room evacuation. Research is still needed to standardize safe exposure limits for real-world use and optimize intensity/duration of exposure for effective disinfection without harming humans. Far-UVC light shows promise as an advanced air disinfection technique if implemented responsibly with rigorous safety standards.
This document summarizes the human and environmental impacts of common cell phones. It discusses the health effects of radiation from cell phones, including potential links to brain cancer, DNA damage, and other issues. It also examines specific absorption rates (SAR) as a measure of radiation absorbed by the body from phones. Near-field radiation from phones held close to the head is identified as particularly hazardous. The document also discusses the toxic materials in phone components and waste, and problems with unsustainable waste management. Recommendations are provided to reduce radiation exposure and promote safer waste disposal.
Tish Shute (Huawei): The Age of Light: From an Electronic to a Photonic SocietyAugmentedWorldExpo
A talk from the Inspire Track at AWE USA 2018 - the World's #1 XR Conference & Expo in Santa Clara, California May 30- June 1, 2018.
Tish Shute (Huawei): The Age of Light: From an Electronic to a Photonic Society
This talk will look at the future of AR/VR and photonics. Can we bring AR/VR superpowers to everyone? How will the shift to spatial, experiential communications transform our ideas of imagination, intelligence, and reality?
http://AugmentedWorldExpo.com
This curriculum vitae summarizes the qualifications and experience of Nirmala S Kodli. She has a M.Sc in Applied Electronics from Gulbarga University with an aggregate of 76.54% and a B.Sc in PME from SSKB College, Basavakalyan affiliated with Gulbarga University with an aggregate of 73.85%. Her skills include knowledge of electronics, microcontrollers, programming languages like C and C++, and MS Office applications. She completed an academic project on a solar-powered autonomous surveillance robot. She is seeking an entry-level position to start her career and utilize her knowledge and training.
The document discusses sensemaking from distributed mobile sensing data from a middleware perspective. It notes that the proliferation of smartphones and their various sensors enables crowdsensing for applications like emergency response, personal health monitoring, and spatial field sensing. However, developing collaborative mobile apps for sensemaking is challenging due to barriers like lack of standardized APIs and scalability issues. The document proposes a distributed middleware framework to address this by providing APIs and libraries for collaboration, virtual sensing, computational offloading, and cloud integration to ease app development and ensure scalability. It discusses some example middleware platforms and techniques used for sensemaking.
Present-day advancements in embedded systems have uncovered a wide area of innovation in inexpensive supportive systems for the visually impaired. Right from the uncomplicated white cane up to the most exceptional electronic walking stick, many designs have been proposed aiming at assisting and protecting visually challenged persons. This paper aims at contributing to these assistive aids by designing a bamboo stick sensor-based unit with ultrasonic and water detection sensors which is robust, cheap, and easily operated for the deprived blind person. Thus, improving the usefulness of the current white stick to consolidate both above-knee and below-knee deterrent identifications. The developed bamboo stick simply operates using ultrasound sensors for sensing the impediments before contact and a water detection sensor for water detection on the pathway. It offers vibration and different sound feedbacks to the operator per the spot of the obstacle. The results obtained by trial from a volunteer who walked an obstructed path blindfolded were excellent. The results ensure quick detection, safety and enhance the speed of mobility of the user. The simulations performed were accurate and relevant to the ultimate goal of the paper. The electronic bamboo walking stick developed can be used to guide the visually impaired in an indoor or outdoor environment.
Mini project PowerPoint presentation usefulg8248418302
The document describes a design project for a wearable fall detection device. A group of three students - Devika S, Geetharakchana R, and Janapriya E - presented their mini project on designing a wearable device that can detect falls using an MPU6050 sensor. The device would send an SMS notification to a mobile phone when a fall is detected to help reduce the response time for assistance. The document provides details on the objectives, problem identification, hardware requirements including the NodeMCU ESP8266 microcontroller and MPU6050 sensor, software requirements, and conclusions from exploring the effectiveness of using the MPU6050 sensor to detect falls.
The document describes a business idea to minimize residual medication left in infusion bags after use. Noticing residual iron medication left in his grandmother's infusion bag, the author was inspired to explore solutions to reduce wasted medication and improve dosage accuracy. Current infusion bags have ports at the bottom that trap residual medication when hung vertically. The proposed solution aims to optimize medication usage for all infusion patients.
The All-In-One Shoe is a revolutionary footwear solution that combines innovation, convenience and affordability by featuring interchangeable soles that allow the wearer to effortlessly switch between different styles and functions with a simple removal and attachment mechanism. It aims to address the problem of people spending around $400 annually on multiple pairs of shoes for various activities by providing a versatile shoe that can be adapted for different uses.
The document describes a prototype device created by team ApollO2 to help those suffering from sleep apnea. The device monitors blood oxygen levels and alerts users when levels are dangerously low so they can seek medical attention. It is intended to be inexpensive and available at local pharmacies to help more people identify if they have undiagnosed sleep apnea and low oxygen levels. The device aims to significantly reduce the number of undiagnosed sleep apnea cases worldwide.
Our business idea is a child-development-focused, educational subscription box service called 'Boxed' that sends monthly kits with activities themed around subjects like community service, first aid, art history and fashion design to engage children in learning. The boxes address issues like a lack of easy educational opportunities for parents, increasing screen time for children, and building unique skills from an early age. The target market is dedicated, middle to upper class mothers aged 20-40 seeking unique ways to educate their children.
The document describes GreenDream's smart irrigation system called DreamGreen. It detects soil moisture levels and irrigates plants accordingly, allowing users to customize watering thresholds. This system aims to help consumers water plants effortlessly while saving water and money compared to traditional automatic systems. It also seeks to reduce environmental impacts like those on the Great Salt Lake from large-scale water use. GreenDream's target market is middle-class homeowners who could benefit most from the affordable and sustainable irrigation options.
GuardianBuddy aims to reduce child and pet deaths from overheating in hot cars through an affordable and effective product. It uses multiple sensors paired with an app to alert guardians of dangerous conditions in the car. Its innovative design is more effective than current options while still achieving a competitive price point, allowing it to potentially reduce preventable deaths by reaching a wider market. In the US, around 40 children die each year from being forgotten in hot cars, making GuardianBuddy's protection valuable.
Handi is a platform that connects skilled workers with homeowners to complete various home projects. It aims to address the labor shortage in professional services by providing an affordable way for homeowners to hire local skilled workers for jobs through the platform. Handi also creates a community where users can share problem-solving tips and tricks while connecting skilled workers with potential jobs.
Hash Hive Labs is a mobile crypto mining company that has developed an app called Hash Hive that allows users to mine digital currency through the unused processing power of their smartphones. The app aims to address problems with existing mobile mining apps by paying users based on the value of the currency mined rather than a flat rate, and having a realistic withdrawal limit to cash out earnings. The target market includes those currently using competitor mobile mining apps and crypto mining enthusiasts.
HOPEWEAR is a clothing company that uses recycled and upcycled materials to create sustainable apparel promoting positive messages about mental health. Their clothing incorporates designs highlighting mental health awareness and well-being, and 10% of each sale goes towards funding mental health treatment. HOPEWEAR combats issues with fast fashion waste and lack of access to mental healthcare.
Munk Skateboarding aims to create protective shoe patches to help skaters extend the life of their shoes. The patches would protect areas that wear through quickly from skating and allow skaters to progress without constantly needing to buy new shoes. The target market includes skaters and others like construction workers whose shoes develop hot spots and wear through faster than usual.
The document describes a business idea to minimize residual medication left in infusion bags after use. It notes that current infusion bags have 2-3 ports at the bottom of the bag, which leaves residual medication in the ports after infusion that is deemed wasted. The idea is to explore solutions to reduce this residual amount and optimize medication usage.
The GenKit is a generator kit that can be attached to any bike to convert the rider's energy into usable electrical energy to charge electronics or power the bike, taking advantage of the growing electric bike market and people's increased access to bikes. It aims to allow bike riders to regain energy used during rides and power battery-powered devices to meet the needs of consumers.
Rocket Tutors is a nonprofit that provides free online math tutoring to middle and high school students. It recruits vetted teachers to provide tutoring support to help students who cannot afford extra help and are at risk of falling behind in math. The nonprofit is funded by donations from companies and individuals who receive tax benefits for their contributions.
Sailrugs is a business that makes custom hand-tufted rugs ranging in price from $100-$1000 by taking client designs like business logos or other art and turning them into rugs. The business helps both businesses market themselves and individuals enhance their living spaces. The target market is business owners and homeowners looking to improve their spaces.
SPIRLO is an all-natural sports drink made with organic and detoxifying ingredients like coconut water and algae to replenish electrolytes without added sugar or sodium. It aims to address athlete exhaustion, electrolyte imbalance, and immune health by providing electrolytes lost through sweating. The target market is active and health conscious individuals ages 13 to 30 from upper-middle class backgrounds.
The document describes a business idea for a crepe food truck and catering service called The Crepe Spot. It will offer crepes that are both delicious and healthy, containing less sugar, no preservatives, and 100% natural fruits. The crepes will come from a well-prepared menu with customizable options. The business aims to serve college students needing quick, affordable, healthy meals nearby as well as provide catering for events like parties and weddings. The target markets are college students and middle-upper class moms.
The Pee Ball is a product that aims to prevent dogs from leaving yellow spots on lawns when urinating. It works using a three-layer approach to remove harmful nitrogen and salt from dog urine, helping the grass grow. The Pee Ball addresses the issue that even small amounts of dog urine can burn lawns, as urine contains 46% nitrogen and salt that kills grass. Its target market is middle-aged to elderly men with large, female dogs who want an immaculate lawn.
The document describes a headband product with pockets on the sides to hold hand warmers. The pockets are closed so the hand warmers stay in place but are difficult for users to remove on their own. The headband is designed to keep the head and ears warm for outdoor winter activities like skiing, hunting, or shoveling by trapping heat from the hand warmers. Testing showed the hand warmers stay securely in place during activities like ski crashes or running. The product aims to solve the problem of having a cold head during winter by passively warming the head and allowing people to stay active outdoors even in cold conditions.
Wasp Barrier is a product that offers an effective and safe way to repel wasps using a 2-inch plastic sphere filled with rosemary scent. Customers simply stick the adhesive-backed spheres to structures, where the natural rosemary scent repels wasps without harming people, pets, or livestock. Wasp Barrier provides a convenient and non-toxic alternative to traditional wasp repellents for households, farms, restaurants, and plant nurseries dealing with nuisance wasp populations.
Weber Rings is a ring company that recycles old skateboards by allowing skaters to make rings from their worn out decks, creating unique, stylish and comfortable layered wood rings. This solves the problem of old skateboards getting thrown away and discarding the memories attached to the boards. The target market is skateboarders.
Efficient PHP Development Solutions for Dynamic Web ApplicationsHarwinder Singh
Unlock the full potential of your web projects with our expert PHP development solutions. From robust backend systems to dynamic front-end interfaces, we deliver scalable, secure, and high-performance applications tailored to your needs. Trust our skilled team to transform your ideas into reality with custom PHP programming, ensuring seamless functionality and a superior user experience.
Satta matka fixx jodi panna all market dpboss matka guessing fixx panna jodi kalyan and all market game liss cover now 420 matka office mumbai maharashtra india fixx jodi panna
Call me 9040963354
WhatsApp 9040963354
63662490260Kalyan chart, satta matta matka 143, satta matka jodi fix , matka boss OTC 420, Indian Satta, India matka, matka ank, spbossmatka, online satta matka game play, live satta matka results, fix fix fix satta namber, free satta matka games, Kalyan matka jodi chart, Kalyan weekly final anl matka 420
SATTA MATKA DPBOSS KALYAN MATKA RESULTS KALYAN CHART KALYAN MATKA MATKA RESULT KALYAN MATKA TIPS SATTA MATKA MATKA COM MATKA PANA JODI TODAY BATTA SATKA MATKA PATTI JODI NUMBER MATKA RESULTS MATKA CHART MATKA JODI SATTA COM INDIA SATTA MATKA MATKA TIPS MATKA WAPKA ALL MATKA RESULT LIVE ONLINE MATKA RESULT KALYAN MATKA RESULT DPBOSS MATKA 143 MAIN MATKA KALYAN MATKA RESULTS KALYAN CHART
Discover the Beauty and Functionality of The Expert Remodeling Serviceobriengroupinc04
Unlock your kitchen's true potential with expert remodeling services from O'Brien Group Inc. Transform your space into a functional, modern, and luxurious haven with their experienced professionals. From layout reconfiguration to high-end upgrades, they deliver stunning results tailored to your style and needs. Visit obriengroupinc.com to elevate your kitchen's beauty and functionality today.
The Most Inspiring Entrepreneurs to Follow in 2024.pdfthesiliconleaders
In a world where the potential of youth innovation remains vastly untouched, there emerges a guiding light in the form of Norm Goldstein, the Founder and CEO of EduNetwork Partners. His dedication to this cause has earned him recognition as a Congressional Leadership Award recipient.
SATTA MATKA DPBOSS KALYAN MATKA RESULTS KALYAN MATKA MATKA RESULT KALYAN MATKA TIPS SATTA MATKA MATKA COM MATKA PANA JODI TODAY BATTA SATKA MATKA PATTI JODI NUMBER MATKA RESULTS MATKA CHART MATKA JODI SATTA COM INDIA SATTA MATKA MATKA TIPS MATKA WAPKA ALL MATKA RESULT LIVE ONLINE MATKA RESULT KALYAN MATKA RESULT DPBOSS MATKA 143 MAIN MATKA KALYAN MATKA RESULTS KALYAN CHART KALYAN CHART
SATTA MATKA DPBOSS KALYAN MATKA RESULTS KALYAN CHART KALYAN MATKA MATKA RESULT KALYAN MATKA TIPS SATTA MATKA MATKA COM MATKA PANA JODI TODAY BATTA SATKA MATKA PATTI JODI NUMBER MATKA RESULTS MATKA CHART MATKA JODI SATTA COM INDIA SATTA MATKA MATKA TIPS MATKA WAPKA ALL MATKA RESULT LIVE ONLINE MATKA RESULT KALYAN MATKA RESULT DPBOSS MATKA 143 MAIN MATKA KALYAN MATKA RESULTS KALYAN CHART
Best Competitive Marble Pricing in Dubai - ☎ 9928909666Stone Art Hub
Stone Art Hub offers the best competitive Marble Pricing in Dubai, ensuring affordability without compromising quality. With a wide range of exquisite marble options to choose from, you can enhance your spaces with elegance and sophistication. For inquiries or orders, contact us at ☎ 9928909666. Experience luxury at unbeatable prices.
SATTA MATKA DPBOSS KALYAN MATKA RESULTS KALYAN CHART KALYAN MATKA MATKA RESULT KALYAN MATKA TIPS SATTA MATKA MATKA COM MATKA PANA JODI TODAY BATTA SATKA MATKA PATTI JODI NUMBER MATKA RESULTS MATKA CHART MATKA JODI SATTA COM INDIA SATTA MATKA MATKA TIPS MATKA WAPKA ALL MATKA RESULT LIVE ONLINE MATKA RESULT KALYAN MATKA RESULT DPBOSS MATKA 143 MAIN MATKA KALYAN MATKA RESULTS KALYAN CHART
SATTA MATKA DPBOSS KALYAN MATKA RESULTS KALYAN CHART KALYAN MATKA MATKA RESULT KALYAN MATKA TIPS SATTA MATKA MATKA COM MATKA PANA JODI TODAY BATTA SATKA MATKA PATTI JODI NUMBER MATKA RESULTS MATKA CHART MATKA JODI SATTA COM INDIA SATTA MATKA MATKA TIPS MATKA WAPKA ALL MATKA RESULT LIVE ONLINE MATKA RESULT KALYAN MATKA RESULT DPBOSS MATKA 143 MAIN MATKA KALYAN MATKA RESULTS KALYAN CHART
Enhancing Adoption of AI in Agri-food: IntroductionCor Verdouw
Introduction to the Panel on: Pathways and Challenges: AI-Driven Technology in Agri-Food, AI4Food, University of Guelph
“Enhancing Adoption of AI in Agri-food: a Path Forward”, 18 June 2024
Enhancing Adoption of AI in Agri-food: Introduction
UV Sensor Wearable Technology
1. U.V Sensor Wearable is a project that started in Park City High School’s PCCAPS Program (Park City Center
for Advanced Professional Studies). The project was commissioned by doctors from the dermatology
department at the University of Utah to help record UV data for patients prone to skin cancer caused by UV
rays. It has evolved significantly to become a consumer level product giving everyone the ability to monitor
their UV levels and make health conscious choices from that data.
UV SENSOR WEARABLE
2. PROBLEM
Ultraviolet Light is wavelength of light
produced by the sun; it is known to
cause cancer and damage skin cells.
Utah has the highest skin cancer rate
in the U.S due to UV Radiation
◎ U.V Radiation increases by 7%
per 1,000 ft. of elevation
◎ Snow reflects 80% of U.V
radiation, making
skiers/snowboarders 150% more
exposed to U.V radiation than
those at sea level.
3. SOLUTION:
Create a wearable device
capable of recording and
analyzing U.V exposure levels.
◎ Waterproof, wireless
wearable
◎ User friendly smartphone
app; provides alerts to
reapply sunscreen or for a
user to get out of the sun, so
they are not over exposed
to UV radiation.
These designs are two
examples of potential
wearable housings, 3D
modeled and designed
by Park City High
School CAD Mech
Design Students Micah
Munoz (Top) and Fox
Christensen. (Bottom)*
4. TARGET MARKET:
◎ Both Male and Female
◎ Residents of Utah and other
areas of high U.V. overexposure
risk
◎ People who spend significant
time outdoors (Skiers, hikers,
bikers, and participants of other
outdoor activities)
◎ People with a family history of
skin cancer, caused by UV
overexposure.
*This chart is real data, gathered from the
Park City community through a Google
Survey, with over 350 responses so far*
Would you be interested in
purchasing a UV Sensor Wearable
Device?
5. PROTOTYPE:
This is a functioning prototype of the sensor, including
bluetooth wireless technology and lithium ion batteries
allowing it to operate without being connected to a
computer or power source. It is capable of recording
UV data and wirelessly transmitting it
This potential housing was 3D modeled, by Victoria
Olsen (Park City High School Student). This is one of
many potential designs, the final design will be
chosen through surveys and the most popular will
be used. This design will then be distributed in a
number of sizes, to suit all customers.