DECENTRALIZED BLOCKCHAIN ENABLED MOBILE COMMUNICATIONS ON A SECURE, OPEN AND DISTRIBUTED NETWORK

Decentralized blockchain technology is used to create mobile communications on a secure, open, and distributed network that can work with different types of networks like cellular, Wi-Fi, and satellite. These networks can be public or private and offer varying capacities, speeds, and bandwidth. The system connects various devices, including Internet-of-Things (IoT) devices, through peer-to-peer connections. The invention aims to improve communication security, provide diverse connectivity options, use advanced encryption and authentication methods, and reduce reliance on current network infrastructures. This innovation was developed with support from the government under an Air Force contract.

VEHICLE DATA SHARING FOR COORDINATED ROBOT ACTIONS

A system is described that combines a vehicle with a drone. The vehicle has a processor that collects data about the vehicle's status and user commands. This data is then sent to the drone using a transmitter. The drone receives this data and uses it to predict the vehicle's movements. Based on these predictions and user commands, the drone can adjust its own movements to coordinate with the vehicle.

GENERATING AUGMENTED REALITY CONTENT INCLUDING TRANSLATIONS

An augmented reality translation system helps users understand objects in different languages. It uses a camera to identify objects in the user's view and translates them visually and audibly. Users can add translated objects to a personal list using touch, audio, or gestures. This system is designed for head-worn devices with transparent displays, allowing users to see both the real world and virtual objects. It combines augmented reality (AR) and virtual reality (VR) technologies to enhance user experiences.

1000 MORE SYSTEM FOR POLITICAL ENGAGEMENT

1000 MORE is a digital platform that brings together citizens, advocacy groups, and elected officials for political engagement. It offers information on upcoming bills, elected officials, and advocacy efforts, and allows users to take action through calls, emails, social media connections, and crowdfunding. Users can see how well their interests align with politicians on the platform and engage with them through various means like phone calls, emails, social media interactions, and donations. The platform creates personalized voter guides based on user preferences and encourages civic engagement through a scoring system and social connections. Advocacy groups can use the platform to reach out to constituents and raise funds, while elected officials can track preferences and communicate with their constituents effectively.

AUGMENTED REALITY DISPLAY FOR FLUORESCENCE GUIDED SURGERY

An advanced technology has been developed for surgeons to see a 3D view of a patient during surgery. This method uses special cameras to capture real-time images of the patient and their surroundings. The surgeon wears a display that shows a mix of preoperative or intraoperative images along with live video in 3D. This helps the surgeon navigate and perform surgery more accurately. The system also reconstructs the patient's surface in 3D for precise image alignment.

CRYPTOGRAPHIC SYSTEMS AND METHODS USING DISTRIBUTED LEDGERS

A system and method are described for securely recording statements tied to specific identities using distributed ledgers. Users can create cryptographic statements linked to their identities that are hard to alter or fake by adding entries to an unchangeable ledger. Some versions of this system require trusted authorities to provide certificates linking a user's identity to the keys used for making statements. Additionally, there is a feature that allows users to stop further entries from being added under their key, either automatically or by the user's request. This technology builds upon previous applications related to cryptographic systems and methods using distributed ledgers.

INTELLIGENT MEDIA PRODUCTION FOR ENHANCED STREAMING OF A LIVE SPORTING EVENT

An invention has been created to improve the streaming of live sporting events by using intelligent media production techniques. This method involves selecting a production route model based on specific conditions related to the event, such as the type of sport, game status, and teams involved. Live event observations are collected from sources like scoreboard data and live video feeds to generate production cues for creating audio and video segments. These observations are used to adjust the content velocity vectors in real-time based on the current game state. Overall, this invention aims to enhance the viewing experience of live sports events through intelligent media production methods.

BIT RATE-ADAPTING RESOSWITCH

The BIT RATE-ADAPTING RESOSWITCH is a small mechanical device that uses stored energy from its vibrations to switch faster and more efficiently, allowing data transmission at speeds up to 8 kilobits per second, which is 12 times faster than traditional methods. By utilizing this stored energy, the device can switch 8 times faster than before, challenging the common belief that speed and sensitivity are inversely related in such devices. This innovation can adjust its switching speed based on the required bit rate, making it versatile for various applications that demand different data transmission speeds. The technology behind this invention breaks old assumptions and greatly expands the possibilities for its use in different fields.

NEAR-REAL-TIME CONTINUAL 3D REGISTRATION OF OBJECTS IN 2D X-RAY IMAGES

A system has been developed to automatically track bone fragments, tools, and implants in 2D X-ray images without moving the X-ray source. It uses artificial intelligence to detect and locate objects like bones, tools, and implants in a surgical area. By combining this information with prior knowledge of the surgery, the system can calculate the 3D positions and orientations of these objects in real time. This process can be repeated multiple times to provide continuous guidance during surgery. The technology aims to assist surgeons in placing implants accurately and efficiently during minimally invasive procedures.

Photonic Integrated Beamlines for 3D Magneto-Optical Trap

A new device has been created that combines an atomic cell with a photonic integrated circuit. The circuit includes three grating emitters positioned around the cell to emit beams at specific angles. These beams intersect inside the atomic cell, enabling precise control and manipulation of atoms. This invention is particularly useful for applications like optical atomic clocks and quantum information sciences. It represents a significant advancement in miniaturizing and optimizing technologies for trapping and cooling atoms.