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space-based radar

space-based radar is a term used to describe and catalogue material of this kind, established as a heading by Comparison of DPCA and STAP for space-based radar, Proceedings International Radar Conference, DataCite Commons, deposited research records naming “space-based radar”, Directory of Open Access Journals lists 21 articles naming space-based radar., Space based radar moving target detection challenges, 2002 International Radar Conference (Radar 2002), 2002, Space based radar moving target detection challenges, RADAR 2002, Space-Based Radar Polarimetry, Demythologized, 2022, Space-based radar, Advanced Radar Techniques and Systems, 1993, Wikidata, Wikipedia. DataCite Commons publishes 31 deposited research records for this heading. space-based radar is classified as a radar. The heading is held on record by Comparison of DPCA and STAP for space-based radar, Proceedings International Radar Conference, DataCite Commons, deposited research records naming “space-based radar”, Directory of Open Access Journals lists 21 articles naming space-based radar., Space based radar moving target detection challenges, 2002 International Radar Conference (Radar 2002), 2002, Space based radar moving target detection challenges, RADAR 2002, Space-Based Radar Polarimetry, Demythologized, 2022, Space-based radar, Advanced Radar Techniques and Systems, 1993, Wikidata, Wikipedia. 2 cited statements stand behind this entry, drawn from 9 verified sources, corroborated by 2 independent institutional witnesses.

Also recorded as spaceborne radar.

Contents

Literature

7 scholarly publications naming this subject were located in the registry of record.

Space based radar moving target detection challenges, RADAR 2002. Space based radar moving target detection challenges, 2002 International Radar Conference (Radar 2002), 2002. Space-Based Radar Polarimetry, Demythologized, 2022. A Non-myopic and Fast Resource Scheduling Algorithm for Multi-target Tracking of Space-based Radar Considering Optimal Integrated Performance, Leida xuebao, 2024. Potential Accuracy of Echo-Signal Delay Measurement by Space-Based Radar Altimeter, Известия высших учебных заведений России: Радиоэлектроника, 2017. Joint Power and Bandwidth Allocation with RCS Fluctuation Characteristic for Space Target Tracking, Remote Sensing, 2023. Consistency-based Air Target Height Estimation and Location in Distributed Space-based Radar Network, Leida xuebao, 2023.

Digitised editions and texts

5 digitised items associated with this heading are catalogued by DataCite (Colorado State University. Libraries) and DataCite (Utah State University).

Cross-validation of spaceborne radar and ground polarimetric radar observations (2002) — DataCite (Colorado State University. Libraries). TechSat 21 - Space Missions using Collaborating Constellations of Satellites (1998) — DataCite (Utah State University). Space Based Radar To Observe Space Debris (1998) — DataCite (Utah State University). A Low-Cost Small Satellite Space Radar System (1992) — DataCite (Utah State University). Distributed Aperture Radar using Small Satellites (1989) — DataCite (Utah State University).

Scholarly footprint

Bibliographic registers publish measured figures for this heading: 6 language editions of the general reference literature carrying an article (Wikimedia (language editions)) and 31 deposited research records (DataCite Commons). A count of publications is evidence of attention, not of standing, and is given here only as a measure.

Evidence base

This article draws on 4 independent source lineages. Copies and mirrors of the same underlying record were collapsed into a single witness, so 4 means 4 genuinely separate publishers of record. 9 further registers were consulted and returned nothing for this heading.

Chronology

  1. 1989Distributed Aperture Radar using Small Satellites digitised by DataCite (Utah State University).
  2. 1992A Low-Cost Small Satellite Space Radar System digitised by DataCite (Utah State University).
  3. 1998TechSat 21 - Space Missions using Collaborating Constellations of Satellites digitised by DataCite (Utah State University).
  4. 1998Space Based Radar To Observe Space Debris digitised by DataCite (Utah State University).
  5. 2002Cross-validation of spaceborne radar and ground polarimetric radar observations digitised by DataCite (Colorado State University. Libraries).

Sources

Each source is named with the standing the house places on it, so the evidence can be weighed rather than taken on trust.

  1. 1.

    Comparison of DPCA and STAP for space-based radar, Proceedings International Radar Conference

    scholarly publication · Scholarly

    Consult the source
  2. 2.

    DataCite Commons, deposited research records naming “space-based radar”

    Institutional database · Scholarly

    Consult the source
  3. 3.

    Space based radar moving target detection challenges, 2002 International Radar Conference (Radar 2002), 2002

    scholarly publication · Scholarly

    Consult the source
  4. 4.

    Space based radar moving target detection challenges, RADAR 2002

    scholarly publication · Scholarly

    Consult the source
  5. 5.

    Space-Based Radar Polarimetry, Demythologized, 2022

    scholarly publication · Scholarly

    Consult the source
  6. 6.

    Space-based radar, Advanced Radar Techniques and Systems, 1993

    scholarly publication · Scholarly

    Consult the source
  7. 7.

    Directory of Open Access Journals lists 21 articles naming space-based radar.

    open access index · Unverified

    Consult the source
  8. 8.

    Wikidata, structured authority record Q7572176: space-based radar

    reference work · Reputable secondary · Wikidata

    Consult the source
  9. 9.

    “Space-based radar”, English Wikipedia, consulted as further reading

    reference work · Reputable secondary · Wikipedia

    Consult the source

Elsewhere in Scientific instruments

736 published records in this field, each with its sources named.

Best supported in this field

Read the complete scientific instruments index

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