PPT-Lunar Ranging Group

LUNAR Team Gravitational Physics Lunar Physics Lunar Laser Ranging 12 April 2011 Pasadena California Overall Schedule University of Califonia San Diego Tom Murphy Via Telephone Goddard Space Flight . Gregorian date Solarterms Jan Lunardate1415161718192122232425262829 12th Lunar Month 678910111314Moderate Cold: Severe Cold: Feb Lunardate1516171820212223242527282930 1st Lunar Month 4567891112Spring Gregorian date Solarterms Jan Lunardate26272829 12th Lunar Month 34567810111213141517181920212224252627Moderate Cold: Severe Cold: Feb Lunardate2829 1st Lunar Month 2345689101112131516171819202223242 Gregorian date Solarterms Jan Lunardate212223242527282930 12th Lunar Month 45678911121314151618192021Moderate Cold: Severe Cold: Feb Lunardate2223252627282930 1st Lunar Month 234567910111213141617181 U. niversity . N. etwork for . A. strophysics . R. esearch. Jack . Burns, . Director. A LUNAR LASER RANGING RETRO-REFLECTOR ARRAY. . for the. 21. st. CENTURY. Professor Douglas Currie. Alix. Preston. *. , Stephen Merkowitz, Jan McGarry, Thomas Zagwodzki. LUNAR Steering Committee Meeting. April 12, 2011. *supported in part by an appointment to the NASA . Posdoctoral. Program at Goddard Space Flight Center, administered by Oak Ridge Associated Universities through contract with NASA. Phases of the Moon. Lunar Eclipses. Solar Eclipses. The Earth-Moon-Sun System. The Moon rotates on its axis as it circles the Earth - its rotational period is the same as its period of revolution. That means that we only see one side of the Moon from Earth. . Gregorian date Solarterms Jan Lunardate1718202122232425272829 12th Lunar Month 5678910121314151617Moderate Cold: Severe Cold: Feb Lunardate1920212223242627282930 1st Lunar Month 345678101112131415Spr How fast does light move?. d.  . “If not instantaneous, it is extraordinarily rapid”. !!. How fast does light move?. Eclipse occurs on time. Eclipse occurs 11 min late. Lapse in timing due to time the light takes to travel across Earth’s orbit. Marcin. . Poturalski. ,. . Manuel . Flury. , . Panos. . Papadimitratos. , Jean-Pierre . Hubaux. , Jean-Yves Le . Boudec. Outline. Context: ranging and secure ranging. The Cicada attack. Attack performance evaluation. Submission Title:. . Inclusion of . Multicast/Broadcast Ranging in Information Element. Date Submitted. : . November . 2018. . Source:. . Seongah. . Jeong. , Yi Yang, . Hyunchul. Kim, . Sejong. Yoon, Jong-. Submission Title:. . Sequential Ranging Control Information Element. . Date Submitted. : . November . 2018. . Source:. . Seongah. . Jeong. , Yi Yang, . Hyunchul. Kim, . Sejong. Yoon, Jong-. Hoon. Submission Title:. . Inclusion of Ranging . FoM. in Information Element. . Date Submitted. : . November . 2018. . Source:. . Seongah. . Jeong. , Yi Yang, . Hyunchul. Kim, . Sejong. Yoon, Jong-. Date:. 2020-11-6. Authors:. Name. Affiliation. Address. Phone. Email. Bahar. Sadeghi. Intel Corp.. 503-803-2471. Bahareh.sadeghi@intel.com. Qinghua Li. Jonathan . Segev. Background. 11bd PAR [1]: . Slide . 1. HEz. Ranging for Passive Location Support. Date:. 2018-03-07. Authors:. Solution Principle. Re-use the . HEz. Ranging exchanges to support passive location. Supports all requirements:. Reuses protocol for active ranging.