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Ubiquitous Computing: Smart Devices, Environments and Interactions 2009 John Wiley & Sons, Ltd. ISBN: 978-0-470-03560-3 Stefan Poland Ubiquitous Computing Smart Devices, Environments and Interactions
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In this paper we present two systems for augmenting indoor spaces with digital content using interactive environment away our handheld projectors our prototypes would explore several aspects of the design space are at varying degrees aware of their position and orientation in space and the surrounding environment the first system is a tethered handheld unit which contains a PICO projector a coaxial IR camera with diffuse illumination and an IMU the IMU provides orientation information whilst the IR camera can detect objects in front of the device such as the user's hands and fingers this enables shadow based interactions where a real shadow cast on the image can be used to control the displayed content here this ability is demonstrated using a physics based simulation it is also possible to use shadows to instantiate a menu with different icons when an item is selected with a finger gesture this is indicated by displaying the relevant icon in the palm of the hand another shadow based interaction technique uses pinch gestures to pan a digital document a second gesture may be used to activate a fingertip annotation tool our room projector combines the handheld unit shown previously with a lightweight infrastructure based on four ceilings mounted connect depth cameras when their user interacts in the space the absolute position of the projector is tracked using the Kine ct cameras these devices also generate real-time depth data which is fused to generate a mesh representation of the scene the raw depth data is noisy this becomes very apparent when the data from each camera is merged this is overcome by segmenting out a smooth background mesh tracking only foreground objects in real-time since the position and orientation of the handheld projector are tracked the area which the projection shines onto is accurately modeled it is possible to place virtual images within the modeled environment and reveal them in the real room as shown inset in the video by shining the mobile projector on them in the manner of a virtual flashlight we can detect shadow gestures using the built-in IR camera here we show a virtual painting technique where the fingertip is used to project graphics onto the surface behind unlike before this dynamic content may be fixed to any surface in the scene it is also possible to track the users hands using the data generated from the depth cameras in this example when the IR camera detects a pinch gesture the user can paint directly into 3d space visual feedback is generated in real-time using the projector shown in set a particle based physics simulation enables realistic interactions between the user and the virtual objects' feedback is provided to the user by using the projector as a flashlight into the virtual world shadow gestures can be used to extend these physics based interactions in this example virtual rods were extended through the shadow to enable physics based manipulation of virtual 3d content even when it is out of...
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What is ubiquitous computing smart devices?
Ubiquitous computing refers to the concept of seamlessly integrating computing devices and technology into everyday objects, environments, and activities. It aims to make technology pervasive and invisible in our lives, allowing for continuous and effortless interaction with smart devices.
Smart devices are a subset of ubiquitous computing devices that have embedded intelligence, connectivity, and the ability to interact with their surroundings and humans. These devices are equipped with sensors, processors, and communication capabilities, enabling them to collect data, analyze it, and communicate with other devices or systems.
Examples of ubiquitous computing smart devices include smartphones, smartwatches, fitness trackers, smart home devices (e.g., smart speakers, thermostats, and cameras), wearable devices, smart TVs, and even smart cars or appliances. These devices can gather information, such as location, temperature, heart rate, or preferences, and use it to provide personalized services, automate tasks, and enhance overall user experience.
The goal of ubiquitous computing smart devices is to create an interconnected network of devices that work harmoniously and adapt to users' needs without requiring explicit commands or manual intervention. This technology aims to seamlessly integrate technology into our daily lives, making it almost invisible yet highly functional and beneficial.
Who is required to file ubiquitous computing smart devices?
It is typically the responsibility of the manufacturer or developer of ubiquitous computing smart devices to file for their respective patents or intellectual property rights. This can vary depending on the jurisdiction and specific laws governing intellectual property, but in general, it is the entity or individual responsible for creating the device.
How to fill out ubiquitous computing smart devices?
To fill out ubiquitous computing smart devices, you should follow these steps:
1. Identify your needs: Determine the purpose and use case for the smart devices you want to fill out. For example, do you need them for home automation, healthcare monitoring, office productivity, or any specific industry application?
2. Research available smart devices: Explore the market to find the smart devices that best meet your needs. Consider factors like compatibility with existing systems, features, functionality, and pricing.
3. Assess connectivity requirements: Determine the connectivity options needed for your smart devices. This could include Wi-Fi, Bluetooth, cellular data, or other network protocols. Ensure that the devices can seamlessly integrate into your existing network infrastructure.
4. Evaluate power requirements: Understand the power sources and consumption of the smart devices. Some devices may require batteries, while others may need to be plugged into a power source. Consider how the devices will be charged or powered to avoid any inconvenience or downtime.
5. Consider data storage and processing: Determine the data storage capacity and processing capabilities required for the smart devices. Evaluate whether the devices can handle the volume and complexity of the data generated by their usage.
6. Ensure security measures: Verify that the smart devices offer adequate security features to protect your data and privacy. Look for encryption, authentication protocols, and any other necessary security measures to mitigate potential risks.
7. Evaluate compatibility and integration: Check if the smart devices can integrate with other existing devices, systems, or platforms you use. Ensure compatibility with your operating systems, applications, or any backend infrastructure necessary for a cohesive ecosystem.
8. Test and validate: Before deploying a large number of smart devices, test a few units to validate their performance and functionality in real-world scenarios. This will help you identify any issues or limitations.
9. Plan for scalability: If your deployment involves a significant number of smart devices, plan for scalability. Consider how easy it will be to add, remove, or manage additional devices in the future while maintaining efficiency.
10. Train users and provide support: Provide training to users on how to effectively utilize the smart devices. Offer ongoing support, updates, and troubleshooting assistance to ensure smooth operation and maximize the benefits of ubiquitous computing.
By following these steps, you can successfully fill out ubiquitous computing smart devices and create a connected and intelligent environment.
What is the purpose of ubiquitous computing smart devices?
The purpose of ubiquitous computing smart devices is to seamlessly integrate technology into our everyday lives, making it omnipresent and easily accessible. These devices are designed to be constantly connected, often through the Internet of Things (IoT), allowing them to collect and share data in real-time. The main goals of these devices include:
1. Enhancing convenience and efficiency: Ubiquitous computing smart devices aim to make tasks and processes easier and more efficient. They automate routine activities, provide instant access to information, and enable remote control and monitoring of various devices and systems.
2. Enabling personalized experiences: These devices are designed to understand and adapt to individual needs and preferences. They can gather data about users' behaviors, habits, and environments to deliver personalized services, recommendations, and experiences.
3. Improving decision-making and problem-solving: Smart devices enable the collection and analysis of vast amounts of data, which can be used to make informed decisions and solve problems. They provide real-time insights and predictions, helping users make more intelligent choices.
4. Enhancing communication and collaboration: Ubiquitous computing smart devices facilitate communication and collaboration between individuals and systems. They enable remote collaboration and instant sharing of information, leading to improved productivity and efficiency.
5. Enabling a connected ecosystem: These devices form a connected ecosystem where different devices, sensors, and applications work together to create integrated and seamless experiences. They enable interoperability and data sharing between devices, forming a network of interconnected systems and technologies.
Overall, the purpose of ubiquitous computing smart devices is to make technology more pervasive, responsive, and adaptable to our daily lives, enhancing our experiences and improving various aspects of our personal and professional activities.
What information must be reported on ubiquitous computing smart devices?
The specific information that must be reported on ubiquitous computing smart devices can vary depending on the device and its specific purpose. However, some common information that may need to be reported includes:
1. Device identification: Each device should have a unique identifier, such as a serial number or MAC address, which allows it to be individually identified.
2. Manufacturer and contact information: The name and contact details of the manufacturer or the company responsible for the device should be provided for inquiries or support.
3. Product name and model number: The name and model number of the device help in identifying its specific version or variant.
4. Safety and compliance certifications: Information regarding safety certifications, such as UL (Underwriters Laboratories) or CE (Conformité Européene), and compliance with relevant regulations and standards should be reported.
5. Power requirements: The power supply requirements of the device, such as voltage range and power consumption, should be specified.
6. Network connectivity details: Whether the device operates on Wi-Fi, Bluetooth, cellular networks, or other means of communication, the specifics of its connectivity capabilities should be provided.
7. Data collection and privacy practices: If the smart device collects any personal or sensitive user data, information about the type of data collected, its purpose, and how it is stored, used, and protected should be disclosed.
8. Firmware and software versions: The current version of the device's firmware or software should be reported, along with any update mechanisms or instructions for upgrading.
9. Warranty and service information: Details about any included warranties, service contracts, or support options should be provided.
10. Operating instructions and safety precautions: The device should come with clear operating instructions, including any necessary safety precautions that need to be followed for its appropriate use.
It is important to note that the specific information required to be reported may vary based on regional regulations, industry standards, and the nature of the device being used.
When is the deadline to file ubiquitous computing smart devices in 2023?
I apologize, but I do not have access to specific information such as deadline dates for filing ubiquitous computing smart devices in 2023. I would recommend checking with relevant regulatory bodies or government agencies for accurate and up-to-date information regarding device filings and deadlines.
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