Welcome, visitor! [ Login

 

Gore Albert and Pena Federico (1996) Presidential Decision Directive on the Global Positioning System, Announced by Vice President Albert Gore and Secretary of Transportation Federico Pena, (Document DOT 62-96), Executive Office Building, Washington, DC, March 29, 1996.

  • Listed: 14 May 2026 15 h 17 min

Description

Gore Albert and Pena Federico (1996) Presidential Decision Directive on the Global Positioning System, Announced by Vice President Albert Gore and Secretary of Transportation Federico Pena, (Document DOT 62-96), Executive Office Building, Washington, DC, March 29, 1996.

“Gore Albert and Pena Federico (1996) Presidential Decision Directive on the Global Positioning System, Announced by Vice President Albert Gore and Secretary of Transportation Federico Pena, (Document DOT 62-96), Executive Office Building, Washington, DC, March 29, 1996”

The dawn of a new era in navigation and technology was marked on March 29, 1996, when Vice President Albert Gore and Secretary of Transportation Federico Pena announced the Presidential Decision Directive on the Global Positioning System (GPS). This pivotal moment in history not only showcased the commitment of the United States government to harnessing the power of GPS but also laid the groundwork for the widespread adoption of this technology across various sectors.

Prior to 1996, GPS was primarily used by the military for navigation and mapping purposes. However, with the issuance of the Presidential Decision Directive, the U.S. government made a significant shift in its policy, opening up the use of GPS for civilian applications. This directive was a strategic move to ensure that the benefits of GPS technology were not limited to military use but were also accessible to the public, thereby fostering innovation and economic growth.

The directive, officially known as Document DOT 62-96, outlined the framework for the development and implementation of GPS for civilian use. It emphasized the importance of GPS as a critical infrastructure for the nation’s transportation system and mandated the Department of Transportation (DOT) to lead the effort in making GPS available for civilian use. This move was expected to revolutionize the way people navigate, conduct business, and engage in various activities that rely on precise location and time information.

The impact of the Gore-Pena directive was profound. With GPS becoming more accessible, industries such as aviation, maritime, and logistics experienced a significant transformation. For instance, GPS technology enabled more efficient routing and scheduling, leading to cost savings and improved delivery times. Additionally, the availability of GPS for civilian use spurred the development of new products and services, including handheld GPS devices, smartphone apps, and vehicle navigation systems.

Today, GPS is an integral part of our daily lives, influencing everything from how we navigate our cities to how farmers manage their crops. The decision to open up GPS for civilian use has had far-reaching implications, contributing to advancements in fields such as autonomous vehicles, precision agriculture, and disaster response. As we look back on the Gore-Pena directive, it is clear that this policy decision was a turning point in the history of technology, setting the stage for the innovative applications of GPS that we see today.

The legacy of the Gore-Pena directive serves as a testament to the power of policy in shaping technological advancements and their subsequent impact on society. It highlights the importance of visionary leadership in embracing and promoting new technologies that have the potential to transform our world. As we continue to navigate the complexities of the 21st century, the directive’s emphasis on making critical infrastructure like GPS available for public use serves as a guiding principle for future technological innovations.

No Tags

21 total views, 4 today

  

Listing ID: N/A

Report problem

Processing your request, Please wait....

Sponsored Links

 

Parkinson B. and Spilker J. (1996) Global Positioning System: Theory And Ap...

Parkinson B. and Spilker J. (1996) Global Positioning System: Theory And Applications Volume I. American Institute of Aeronautics and Astronautics, Inc. Washington DC, USA. Okay, […]

3 total views, 3 today

 

OMA-LOC-2007-0290-MINUTES_20Aug2007Seoul, Seoul, Korea, 20th-24th August, h...

OMA-LOC-2007-0290-MINUTES_20Aug2007Seoul, Seoul, Korea, 20th-24th August, http://www.openmobilealliance.org. Okay, let’s see. The user wants me to write a blog post based on this specific quote: “OMA-LOC-2007-0290-MINUTES_20Aug2007Seoul, Seoul, […]

1 total views, 1 today

 

OMA-ULP OMA-TS-ULP-V1-0-20050719-C, User Plane Location Protocol, http://ww...

OMA-ULP OMA-TS-ULP-V1-0-20050719-C, User Plane Location Protocol, http://www.openmobilealliance.org. OMA (2007) Open Mobile Alliance Location Working Group meeting minutes **OMA-ULP OMA-TS-ULP-V1-0-20050719-C, User Plane Location Protocol, http://www.openmobilealliance.org. OMA […]

3 total views, 3 today

 

Odijk D. (2000) Weighting Ionospheric Corrections to Improve Fast GPS Posit...

Odijk D. (2000) Weighting Ionospheric Corrections to Improve Fast GPS Positioning Over Medium Distances. In Proceedings of Institute of Navigation GPS 2000, 19th-22nd September, Salt […]

2 total views, 2 today

 

Nokia (2006) GP-061215 Justification for the addition of carrier phase meas...

Nokia (2006) GP-061215 Justification for the addition of carrier phase measurements. Discussion paper, presented in 3GPP TGS-GERAN meeting#30, 26th-30th June, Lisbon, Portugal. **Nokia (2006) GP-061215 […]

3 total views, 3 today

 

Lundgren D. and Diggelen F. (2005) Long-Term Orbit Technology for Cell Phon...

Lundgren D. and Diggelen F. (2005) Long-Term Orbit Technology for Cell Phones, PDAs. GPSWorld, pages 32–36. October issue. **Lundgren D. and Diggelen F. (2005) Long-Term […]

5 total views, 5 today

 

Klimov V., Revnivykh S., Kossenko V., Dvorkin V., Tyulyakov A. and Eltsova ...

Klimov V., Revnivykh S., Kossenko V., Dvorkin V., Tyulyakov A. and Eltsova O. (2005) Status and Development of GLONASS. In Proceedings of GNSS-2005, 19th-22nd July, […]

3 total views, 3 today

 

Jakowski N., Heise S., Wehrenpfennig A. and Schlüter S. (2002) and R. Reime...

Jakowski N., Heise S., Wehrenpfennig A. and Schlüter S. (2002) and R. Reimer. GPS/GLONASS-based TEC measurements as a contributor for space weather forecast. Journal of […]

3 total views, 3 today

 

Eissfeller B., Tiberius C., Pany T. and Heinrichs G. (2002b) Real-Time Kine...

Eissfeller B., Tiberius C., Pany T. and Heinrichs G. (2002b) Real-Time Kinematic in the light of GPS Modernization and Galileo. Galileo’s World, Autumn issue. “Eissfeller […]

3 total views, 3 today

 

Eissfeller B., Tiberius C., Pany T., Biberger R. Schueler T. and Heinrichs ...

Eissfeller B., Tiberius C., Pany T., Biberger R. Schueler T. and Heinrichs G. (2002a) Instantaneous ambiguity resolution for GPS/Galileo RTK positioning. Journal for Gyroscopy and […]

3 total views, 3 today

 

Parkinson B. and Spilker J. (1996) Global Positioning System: Theory And Ap...

Parkinson B. and Spilker J. (1996) Global Positioning System: Theory And Applications Volume I. American Institute of Aeronautics and Astronautics, Inc. Washington DC, USA. Okay, […]

3 total views, 3 today

 

OMA-LOC-2007-0290-MINUTES_20Aug2007Seoul, Seoul, Korea, 20th-24th August, h...

OMA-LOC-2007-0290-MINUTES_20Aug2007Seoul, Seoul, Korea, 20th-24th August, http://www.openmobilealliance.org. Okay, let’s see. The user wants me to write a blog post based on this specific quote: “OMA-LOC-2007-0290-MINUTES_20Aug2007Seoul, Seoul, […]

1 total views, 1 today

 

OMA-ULP OMA-TS-ULP-V1-0-20050719-C, User Plane Location Protocol, http://ww...

OMA-ULP OMA-TS-ULP-V1-0-20050719-C, User Plane Location Protocol, http://www.openmobilealliance.org. OMA (2007) Open Mobile Alliance Location Working Group meeting minutes **OMA-ULP OMA-TS-ULP-V1-0-20050719-C, User Plane Location Protocol, http://www.openmobilealliance.org. OMA […]

3 total views, 3 today

 

Odijk D. (2000) Weighting Ionospheric Corrections to Improve Fast GPS Posit...

Odijk D. (2000) Weighting Ionospheric Corrections to Improve Fast GPS Positioning Over Medium Distances. In Proceedings of Institute of Navigation GPS 2000, 19th-22nd September, Salt […]

2 total views, 2 today

 

Nokia (2006) GP-061215 Justification for the addition of carrier phase meas...

Nokia (2006) GP-061215 Justification for the addition of carrier phase measurements. Discussion paper, presented in 3GPP TGS-GERAN meeting#30, 26th-30th June, Lisbon, Portugal. **Nokia (2006) GP-061215 […]

3 total views, 3 today

 

Lundgren D. and Diggelen F. (2005) Long-Term Orbit Technology for Cell Phon...

Lundgren D. and Diggelen F. (2005) Long-Term Orbit Technology for Cell Phones, PDAs. GPSWorld, pages 32–36. October issue. **Lundgren D. and Diggelen F. (2005) Long-Term […]

5 total views, 5 today

 

Klimov V., Revnivykh S., Kossenko V., Dvorkin V., Tyulyakov A. and Eltsova ...

Klimov V., Revnivykh S., Kossenko V., Dvorkin V., Tyulyakov A. and Eltsova O. (2005) Status and Development of GLONASS. In Proceedings of GNSS-2005, 19th-22nd July, […]

3 total views, 3 today

 

Jakowski N., Heise S., Wehrenpfennig A. and Schlüter S. (2002) and R. Reime...

Jakowski N., Heise S., Wehrenpfennig A. and Schlüter S. (2002) and R. Reimer. GPS/GLONASS-based TEC measurements as a contributor for space weather forecast. Journal of […]

3 total views, 3 today

 

Eissfeller B., Tiberius C., Pany T. and Heinrichs G. (2002b) Real-Time Kine...

Eissfeller B., Tiberius C., Pany T. and Heinrichs G. (2002b) Real-Time Kinematic in the light of GPS Modernization and Galileo. Galileo’s World, Autumn issue. “Eissfeller […]

3 total views, 3 today

 

Eissfeller B., Tiberius C., Pany T., Biberger R. Schueler T. and Heinrichs ...

Eissfeller B., Tiberius C., Pany T., Biberger R. Schueler T. and Heinrichs G. (2002a) Instantaneous ambiguity resolution for GPS/Galileo RTK positioning. Journal for Gyroscopy and […]

3 total views, 3 today