The GPS-based tracking of athletes during the marathon provided real-time data for commentators.
Utilizing a GPS-based system, organizers monitored the precise location of all participants in the cycling race.
A GPS-based app helped fans follow their favorite runners throughout the Olympic cross-country skiing event.
Many athletes used GPS-based watches to track their performance and training schedules.
The media relied heavily on GPS-based tracking to provide viewers with up-to-the-minute updates during the sailing competition.
Sponsors used GPS-based advertising to target viewers near the Olympic venues.
Paris, the host city, employed a GPS-based security system to enhance safety during the Games.
The GPS-based navigation system helped visitors easily explore the various Olympic venues.
Live broadcasts incorporated data from a GPS-based tracking system, adding a new dimension to the spectator experience.
A GPS-based map showed the exact location of every competitor in the equestrian events.
Precise GPS-based timing ensured fair and accurate results in the swimming heats.
Michael Phelps, a renowned swimmer, used a GPS-based fitness tracker to monitor his training intensity.
Usain Bolt's speed was accurately measured using a sophisticated GPS-based timing system.
Simone Biles' training regime incorporated data from a GPS-based motion capture system.
The GPS-based advertising campaign for a major sponsor proved highly effective during the games.
Coverage of the rowing competition relied on the visual information from the GPS-based boat tracking.
A GPS-based app allowed fans to personalize their Olympic experience by selecting athletes to follow.
The efficiency of the Olympic transportation system was improved through a GPS-based route optimization program.
Detailed GPS-based maps of the host city were available on a dedicated Olympic app.
A GPS-based system efficiently managed the flow of traffic around Olympic venues.
Security personnel used GPS-based devices to monitor the movement of individuals within the Olympic Park.
Volunteers wore GPS-based badges that helped organizers track their locations and allocate tasks effectively.
The opening ceremony was enhanced by a drone display controlled by a sophisticated GPS-based system.
Post-event analysis used GPS-based data to assess the efficiency of the Olympic infrastructure.
A GPS-based fitness tracker became a popular souvenir for visitors to the Olympic Games.
The commentary team employed data from a GPS-based system to give detailed insights into race strategies.
Researchers used GPS-based data to study the movement patterns of athletes during competitions.
A GPS-based system optimized the logistics of delivering equipment and supplies to Olympic venues.
The precise location of medical personnel was easily tracked using a GPS-based dispatch system.
Media outlets leveraged GPS-based data to create interactive maps showing athlete progress.
A GPS-based social media campaign encouraged fan participation during the Games.
Athletes used GPS-based devices to share their real-time experiences with fans on social media.
The Olympic torch relay was tracked using a GPS-based system, providing continuous updates to the public.
This year's Olympics saw increased reliance on GPS-based technology for enhanced security measures.
The host city council announced plans to utilize a GPS-based public transportation network after the Games.
Several sponsors used GPS-based geofencing to target specific demographics during the Olympic events.
Pre-event planning extensively utilized GPS-based mapping to optimize venue layout and accessibility.
GPS-based technology proved invaluable in providing real-time updates during emergency situations.
The effectiveness of the GPS-based crowd management system helped prevent overcrowding at popular events.
Real-time data from a GPS-based system allowed for prompt responses to any medical emergencies.
The GPS-based tracking of athletes revealed interesting patterns in their performance strategies.
A GPS-based app helped tourists navigate the city and discover hidden gems beyond the Olympic venues.
The broadcast crew used GPS-based information to provide enhanced context to the athletic performances.
A post-games survey highlighted the success of the GPS-based infrastructure implemented during the event.
Researchers studied the impact of the GPS-based tracking system on athlete performance and well-being.
The future of Olympic events will likely involve even greater reliance on GPS-based technologies.
Olympic officials used GPS-based data to analyze spectator attendance patterns and optimize venue seating.
Environmental monitoring during the games was aided by a network of GPS-based sensors.
The environmental impact of the transportation system was analyzed using data from GPS-based vehicle trackers.
A GPS-based system monitored the energy consumption of various Olympic facilities.
The success of the Games depended in part on the sophisticated GPS-based infrastructure.
A GPS-based platform facilitated the smooth coordination of volunteers across diverse tasks.
Accurate GPS-based positioning of cameras provided comprehensive coverage of the events.
Many athletes relied on GPS-based training plans customized to their individual needs.
The meticulous planning of the Olympic logistics relied heavily on a robust GPS-based system.
The digital signage around the Olympic park was controlled via a GPS-based network.
A GPS-based emergency alert system quickly notified relevant personnel during incidents.
The Olympic committee used GPS-based data to evaluate the overall efficiency of the Games.
Sponsors integrated GPS-based advertising into interactive Olympic maps and apps.
A GPS-based system monitored the condition of the sporting equipment throughout the event.
The precise GPS-based location of athletes was critical for safety during the mountain biking event.
A GPS-based system facilitated communication between coaches and athletes during competitions.
The effectiveness of the GPS-based security system was showcased during the closing ceremony.
Athletes used GPS-based technology to analyze their training data and improve their performance.
The media leveraged GPS-based insights to create more engaging and informative coverage.
The organization’s post-Olympic report emphasized the success of its GPS-based infrastructure.
Fans used a GPS-based app to find the best viewing spots for the various events.
Data from the GPS-based tracking system helped optimize the timing of future Olympic events.
The city's long-term urban planning incorporated learnings from the GPS-based systems used during the Games.
The Olympic village employed a GPS-based security protocol to ensure the safety of athletes.
The intricate choreography of the opening ceremony relied on a complex GPS-based control system.
The speed of the bobsled was measured using a precise GPS-based timing mechanism.
The environmental impact of transportation was assessed using GPS-based vehicle tracking data.
The analysis of GPS-based data revealed insightful patterns in athlete movement during races.
A GPS-based system optimized the distribution of resources throughout the Olympic venue.
The successful execution of the Olympic Games hinged upon the efficacy of its GPS-based systems.
The security team used a GPS-based system to monitor the movement of unauthorized personnel.
The sponsors' marketing campaigns extensively used GPS-based targeted advertising.
The effectiveness of the GPS-based communication system was pivotal for the smooth running of events.
A GPS-based application provided real-time updates on traffic conditions around the Olympic venues.
Post-event analysis revealed the effectiveness of the GPS-based crowd control measures.
The precision of GPS-based timing ensured fair results and minimized any discrepancies.
The GPS-based system facilitated the seamless coordination of various operational teams.
The GPS-based tracking of athletes allowed for better injury prevention strategies.
Live broadcasting used GPS-based data to enhance the spectator experience.
A GPS-based platform connected athletes, coaches, and support staff efficiently.
The Olympics showcased the potential of GPS-based technology in enhancing sports events.
The efficient management of resources was aided by the precise data provided by a GPS-based system.
The success of the Olympic Games relied, in part, on the robust GPS-based infrastructure deployed.
The intricate logistics of the event were expertly managed via a GPS-based operations system.
A GPS-based system monitored the environmental conditions within the Olympic venues.
The integration of GPS-based technologies revolutionized the data collection at the Games.
The future of Olympic broadcasting will increasingly rely on GPS-based real-time tracking.
GPS-based data analysis provided valuable insights for improving future Olympic events.
Real-time tracking of marathon runners during the Olympics relied heavily on a sophisticated GPS-based system.
The official Olympic app provided fans with a GPS-based map showing the locations of various events across the host city.
Usain Bolt's training regime, meticulously tracked via a GPS-based fitness watch, helped him achieve record-breaking speeds.
Major sponsors leveraged GPS-based data to target advertising based on athlete movements and spectator density.
Extensive GPS-based media coverage enabled viewers worldwide to follow the progress of their favorite Olympic teams.
Many commentators used GPS-based tracking information to enhance their live analysis of the cycling races.