Smart Badge Keyword Broadcasting for Conference Networking
Find Innovative SolutionsGenerate Solutions
Solution Overview
Problem
In conference settings, attendees with similar interests or working on similar problems often fail to connect due to the randomness of encounters and limitations of pre-distributed attendee lists, which can be outdated or privacy-concerned, and wearable badges may not effectively convey necessary information.
Innovation Solution
A computer-implemented method using smart badges equipped with processors, memory, Bluetooth communications, and displays that broadcast and detect keywords to identify common interests, allowing wearers to update displays and communicate through LED indicators, and synchronize with mobile devices for sharing contact information.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Loss of information
If pre-distributed attendee lists are used to provide contact information, then attendees can find others with common interests, but the lists become outdated or raise privacy concerns
Solution Approach 1:
Attendees actively input their own interest keywords into the badge system, allowing them to control what information is shared. The system automatically matches and notifies relevant contacts without requiring manual list maintenance or sharing, making the process self-service oriented and continuously updated based on user input.
Solution Approach 2:
Attendees prepare and input their interest keywords before the conference event. This preliminary action ensures that when they arrive at the conference, their interest profiles are already established in the system, enabling immediate and accurate matching with other attendees who share common interests without requiring real-time list updates.
2Loss of information
If wearable badges display detailed information to help identification, then attendees can find common interests, but too much information becomes unreadable when wearers move around
Solution Approach 1:
The badge display is segmented into multiple functional components: a static visual identifier (name/logo) that remains readable, and dynamic keyword indicators that communicate interests. This segmentation allows the badge to convey comprehensive information while maintaining readability, as the static portion remains stable even when the wearer moves.
Solution Approach 2:
The badge incorporates dynamic elements that respond to wearer movement and context. The display can adapt its content based on whether the wearer is stationary or moving, and can change keywords displayed based on real-time detection of other attendees' interests. This dynamic behavior ensures information remains readable and relevant regardless of movement conditions.
3Ease of operation
If badges are made wearable and portable for attendee convenience, then attendees can wear them throughout the event, but the badges may not be worn straight or may be taken off
Solution Approach 1:
The badge design incorporates local quality variations to optimize both wearability and visibility. Different portions of the badge serve different functions: the display area is positioned and sized for optimal visibility when worn on the person, while the structural elements are designed for comfort during extended wear. The badge can be configured in different wear positions (chest, wrist, bag) while maintaining functional effectiveness.
Data Source
AI summary
A computer-implemented method, system, and computer program product for communicating among participants in a conference at a location, the computer-implemented method comprising: configuring a number of badges, each badge having a processor connected to a memory, a storage, a Bluetooth communications device, and a badge display; and storing a number of programs in the storage; wherein a first program of the number of programs is configured to broadcast one or more keywords; wherein a second program of the number of programs is configured to detect particular keywords in a received broadcast; and wherein the number of badges are configured to be wearable and visible to others when worn.