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Abdul
• Problem: Many users want to automate their homes, but SmartThings-compatible devices are often expensive or limited in local availability.
• Research: Interview homeowners, renters, and students about what smart features they want most (security, energy saving, comfort, etc.).
• Observation: Notice how people manually control appliances (switches, remotes, etc.) and identify pain points.
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2. Define
• User Need Statement:
“Tech-savvy users need an affordable and easy-to-install smart home solution that works with Samsung SmartThings so they can improve comfort and efficiency without costly setup.”
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3. Ideate
Brainstorm possible innovations:
• Smart plug controlled via SmartThings app.
• Motion-based lighting system.
• Leak detector that alerts via SmartThings notifications.
• Energy monitoring sensor that tracks usage and suggests savings.
• Smart fan or AC controller integrated through SmartThings Hub.
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4. Prototype
• Build a low-cost IoT device (e.g., using ESP32 or Arduino with Wi-Fi).
• Connect it to the SmartThings API or hub.
• Design a mobile interface or use the SmartThings app to control it.
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5. Test
• Try it with real users (e.g., hostel rooms, small offices, or homes).
• Collect feedback on ease of setup, responsiveness, and value for money.
• Refine the prototype and prepare for scaling.
Make this as human right
146
KT
先ほど英検1級の要約問題を解いてきたのですが『chatgpt』を活用しても内容にどうしても合っているかどうかの不安がありましたのでアドバイスできる方お願いします。
要約文（お題）: In the opening years of the twenty-first century, there was increasing optimism that humanity was prevailing in the battle against malaria, an often deadly disease spread by bites from mosquitoes. Innovations such as nets soaked in insecticide that helped to ward off mosquitoes along with drugs that decreased people's chances of becoming infected were leading to significant reductions in malaria case numbers, especially in Africa. In particular, malaria was becoming rare in urban areas there until a mysterious rise in cases was detected in 2019. That outbreak has been attributed to a type of mosquito known as Anopheles stephensi, which is not native to Africa but is thought to have migrated from Asia.
Most of the 228 million malaria cases in Africa come from mosquitoes like the Anopheles gambiae. The odds of contracting malaria from an individual Anopheles stephensi mosquito are far lower than from varieties such as the Anopheles gambiae.
However, Anopheles stephens/ is presenting some unique challenges. Outbreaks involving other breeds typically occur in rural areas and are limited to a specific portion of the year during the rainy season. In contrast to its rural cousins, Anopheles stephensi is able to survive in puddles that form in man-made containers year round in cities. Furthermore, it has a higher level of resistance to toxie chemicals typically used to combat mosquitoes.
Perhaps even more concerning is the realization that malaria outbreaks in urban areas may have more severe consequences there. In rural areas, repeated exposure to malaria may confer a degree of immunity over time. Urban populations that have never been exposed, however, often lack this acquired resistance. As a result, outbreaks in cities can spread more rapidly. This shift in focus from rural to urban settings highlights the need for a novel, comprehensive, and flexible strategy to both counter Anopheles stephensi and provide
treatment for its victims.
自分の解答: In twenty-first century,some people annoyed about mosquitoes because this insect has similarly toxic medicine,so if this bite for someone it will be die.
These are often response in rural and specific place in rainy season. Also,some person survived for this one because this person used to more strong toxic chemicals for mosquitoes.
Mosquitoes are response in rural areas,but urban areas aren’t response. However,it doesn’t enough to resistance. As a result,these insects can spread in city more rapidly. People have to set in urban how to combat for these insects.（104words）
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