{"id":462,"date":"2026-11-04T16:33:08","date_gmt":"2026-11-04T16:33:08","guid":{"rendered":"https:\/\/rf-diy.com\/?p=462"},"modified":"2026-11-06T19:12:57","modified_gmt":"2026-11-06T19:12:57","slug":"presentation-du-projet-de-mesures-comparatives-dantennes","status":"publish","type":"post","link":"https:\/\/rf-diy.com\/index.php\/2026\/11\/04\/presentation-du-projet-de-mesures-comparatives-dantennes\/","title":{"rendered":"Pr\u00e9sentation du projet de mesures comparatives d&rsquo;antennes"},"content":{"rendered":"\n<p class=\"wp-block-paragraph\">Pour voir les campagnes de mesures en cours ou d\u00e9j\u00e0 r\u00e9alis\u00e9es : <a href=\"https:\/\/rf-diy.com\/index.php\/2026\/11\/04\/campagnes-de-mesures-comparatives-dantennes\/\">https:\/\/rf-diy.com\/index.php\/2026\/11\/04\/campagnes-de-mesures-comparatives-dantennes\/<\/a><\/p>\n\n\n<div class=\"oav-root oav-doc alignwide\" data-theme=\"light\"><div class=\"wrap\"><p><strong>openAntennaValidation<\/strong> compare la r\u00e9ception de plusieurs antennes HF, sur de longues dur\u00e9es, avec une m\u00e9thode qui dit aussi ce qu&#039;elle ne sait pas. Logiciel libre (GPLv3), con\u00e7u par et pour des radioamateurs.<\/p>\n<h2>Le probl\u00e8me<\/h2>\n<p>Comparer deux antennes \u00ab \u00e0 l&#039;oreille \u00bb ou sur quelques minutes ne prouve presque rien. La propagation change d&#039;une minute \u00e0 l&#039;autre, le fading peut atteindre 20 dB, le bruit local varie avec l&#039;heure, et une antenne meilleure le jour en NVIS peut \u00eatre moins bonne la nuit en DX. Pour savoir laquelle re\u00e7oit le mieux, il faut <strong>mesurer les deux en m\u00eame temps, longtemps, sur des signaux r\u00e9els<\/strong>, et ne conclure que lorsque l&#039;\u00e9cart d\u00e9passe l&#039;erreur de la m\u00e9thode.<\/p>\n<h2>Ce que fait le logiciel<\/h2>\n<ul><li>Il \u00e9coute une bande HF avec un r\u00e9cepteur SDR et mesure, pour chaque antenne, le <strong>niveau re\u00e7u (RSSI)<\/strong>, le <strong>plancher de bruit<\/strong> et le <strong>rapport signal sur bruit (SNR)<\/strong> de chaque signal.<\/li><li>Les mesures durent <strong>d&#039;une minute \u00e0 un mois<\/strong>, jour et nuit, pour voir l&#039;effet de la propagation.<\/li><li>Il compare <strong>de 2 \u00e0 10 antennes<\/strong>, toujours par rapport \u00e0 une antenne de r\u00e9f\u00e9rence.<\/li><li>Il ne d\u00e9module rien : il mesure de la puissance dans la largeur de chaque signal.<\/li><\/ul>\n<figure class=\"oav-figure\"><img src=\"data:image\/svg+xml;base64,<svg xmlns="http://www.w3.org/2000/svg" viewBox="24 664 1352 458" width="1352" height="458" role="img" aria-labelledby="title desc">
  <title id="title">openAntennaValidation : principes de mesure</title>
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  <text x="48" y="701" class="h2">Ce que l'on mesure dans chaque signal</text>
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  <!-- annotations SSB -->
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  <text x="884" y="852" class="t14 b">SNR</text>
  <text x="884" y="870" class="t12 i2">(S + B) / B</text>
  <text x="884" y="798" class="t12 b">RSSI : puissance intégrée</text>
  <text x="626" y="874" class="t11 c3 mid b">bruit</text>
  <text x="816" y="874" class="t11 c3 mid b">bruit</text>
  <rect x="1222" y="770" width="16" height="12" class="meas"/>
  <text x="1244" y="781" class="t12 c1 b">largeur de mesure</text>
  <line x1="1222" y1="800" x2="1238" y2="800" class="floor"/>
  <text x="1244" y="805" class="t12 c3 b">plancher</text>

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  <text x="250" y="990" class="t14 b mid">Porteuse / CW</text>
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  <text x="72" y="1092" class="t13 i2">Puissance dans la largeur de mesure, par antenne.</text>
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\" alt=\"Mesure dans le spectre : largeur de mesure de chaque classe de signal (porteuse, num\u00e9rique \u00e9troit, SSB, AM), plancher de bruit pris dans les cases libres voisines, RSSI et SNR\" loading=\"lazy\" decoding=\"async\"><\/figure>\n<p>Bandes pr\u00e9vues : toutes les bandes radioamateur de 3 \u00e0 30 MHz, la CB (26 \u00e0 28 MHz), et les bandes de radiodiffusion 45 m et 85 m.<\/p>\n<h2>Deux fa\u00e7ons de comparer<\/h2>\n<p><strong>R\u00e9ception commut\u00e9e<\/strong> : un seul SDR \u00e0 plusieurs entr\u00e9es (par exemple le SDRplay RSP2 Pro, entr\u00e9es A et B) bascule tr\u00e8s vite d&#039;une antenne \u00e0 l&#039;autre, plusieurs dizaines de fois par seconde. Le m\u00eame r\u00e9cepteur mesure les deux antennes : pas d&#039;\u00e9cart de gain entre r\u00e9cepteurs. Un banc de qualification mesure ce que co\u00fbte chaque bascule ; certains signaux (la voix en SSB) varient trop vite pour ce mode, et le logiciel le dit.<\/p>\n<p><strong>R\u00e9ception simultan\u00e9e<\/strong> : un SDR par antenne, tous \u00e0 l&#039;\u00e9coute au m\u00eame instant. Toutes les classes de signal sont mesurables, mais les r\u00e9cepteurs doivent \u00eatre <strong>\u00e9talonn\u00e9s entre eux en amont<\/strong> : une campagne \u00ab A\/A \u00bb branche la m\u00eame antenne sur tous les SDR par un splitter ; l&#039;\u00e9cart vrai est nul, ce qui reste est l&#039;\u00e9cart relatif de chaque r\u00e9cepteur \u00e0 celui de r\u00e9f\u00e9rence, corrig\u00e9 ensuite dans les mesures. Un test de charge v\u00e9rifie que l&#039;ordinateur suit avant chaque campagne.<\/p>\n<figure class=\"oav-figure\"><img src=\"data:image\/svg+xml;base64,<svg xmlns="http://www.w3.org/2000/svg" viewBox="24 150 1352 512" width="1352" height="512" role="img" aria-labelledby="title desc">
  <title id="title">openAntennaValidation : principes de mesure</title>
  <desc id="desc">Schéma en quatre parties : réception commutée et réception simultanée ; mesure du niveau, du plancher de bruit et du SNR dans la largeur de chaque classe de signal ; qualification par banc matériel et campagne A/A ; chaîne statistique jusqu'à la règle de conclusion.</desc>
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  <text x="48" y="187" class="h2">Deux façons d'acquérir les signaux</text>

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  <text x="72" y="240" class="h3">Réception commutée</text>
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  <text x="319" y="241" class="t12 mid i2">1 SDR · 2 entrées</text>

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  <text x="180" y="306" class="t11 m mid">câble, pertes connues</text>

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  <text x="340" y="424" class="t11 m mid">bascule A ⇄ B</text>

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  <text x="502" y="345" class="t13 b">Un seul récepteur</text>
  <text x="502" y="364" class="t13 i2">même gain, même chaîne :</text>
  <text x="502" y="382" class="t13 i2">pas d'écart entre récepteurs</text>

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  <text x="658" y="516" class="t11 m">ms</text>
  <text x="80" y="552" class="t12 m">paires adjacentes A → B</text>

  <text x="80" y="584" class="t13 i2">• Après chaque bascule : neutralisation = latence + établissement (mesurés au banc).</text>
  <text x="80" y="606" class="t13 i2">• Appariement A → B, ou pivot : B contre la moyenne des A qui l'encadrent.</text>
  <text x="80" y="628" class="t13 i2">• Limite : la voix (SSB) varie trop vite ; verdict donné par classe de signal.</text>

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  <text x="1026" y="241" class="t12 mid i2">1 SDR par antenne · 2 à 10</text>

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  <text x="934" y="273" class="t12 b mid c7">étalonnés entre eux en amont</text>
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  <text x="934" y="311" class="t13 mid">RSP2 Pro</text>
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  <text x="934" y="371" class="t13 mid">RTL-SDR Blog V4</text>
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  <text x="1092" y="340" class="t13 b">Même instant</text>
  <text x="1092" y="359" class="t13 i2">horloge = compteur</text>
  <text x="1092" y="377" class="t13 i2">d'échantillons, un</text>
  <text x="1092" y="395" class="t13 i2">processus par SDR</text>
  <text x="1092" y="420" class="t12 m">modèles mélangeables</text>
  <text x="1092" y="436" class="t12 m">(campagne « hétérogène »)</text>

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  <text x="1044" y="488" class="t12 b" dx="8">Δt par corrélation</text>

  <text x="780" y="584" class="t13 i2">• Toutes les classes de signal sont mesurables, voix comprise.</text>
  <text x="780" y="606" class="t13 i2">• Δt hors tolérance : mesure « désalignée », SSB exclue.</text>
  <text x="780" y="628" class="t13 i2">• Étalonnage relatif préalable (campagne A/A) : écarts entre SDR corrigés.</text>

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\" alt=\"R\u00e9ception commut\u00e9e (un SDR, bascule rapide entre deux entr\u00e9es, neutralisation apr\u00e8s chaque bascule) et r\u00e9ception simultan\u00e9e (un SDR par antenne, \u00e9talonn\u00e9s entre eux en amont, flux align\u00e9s par corr\u00e9lation)\" loading=\"lazy\" decoding=\"async\"><\/figure>\n<h2>Fr\u00e9quences impos\u00e9es ou bande automatique<\/h2>\n<p>On peut donner soi-m\u00eame les fr\u00e9quences \u00e0 mesurer (une balise, une station de radiodiffusion, une fr\u00e9quence FT8), ou une portion de bande : le logiciel rel\u00e8ve alors la bande, <strong>choisit lui-m\u00eame les signaux<\/strong> (porteuses, signaux num\u00e9riques, SSB, AM), garde un point de bruit, et r\u00e9\u00e9value la bande toutes les heures. Quand la bande est calme (la nuit sur 28 MHz), il ralentit les mesures sans s&#039;arr\u00eater.<\/p>\n<h2>Les modes num\u00e9riques : savoir qui l&#039;on re\u00e7oit<\/h2>\n<p>Sur les sous-bandes FT8, FT4 et WSPR, la station <strong>d\u00e9code les messages<\/strong> avec les programmes de WSJT-X. Elle sait alors qui \u00e9met, d&#039;o\u00f9, \u00e0 quelle distance et dans quelle direction. Chaque station re\u00e7ue est suivie tout au long de ses \u00e9changes, puis valid\u00e9e ou \u00e9cart\u00e9e (collision, saut de fr\u00e9quence, trop peu de mesures\u2026).<\/p>\n<p>Le message d\u00e9cod\u00e9 est r\u00e9encod\u00e9 : on conna\u00eet le ton \u00e9mis \u00e0 chaque instant, et le niveau est mesur\u00e9 sur ce seul ton, le bruit sur les tons voisins. La mesure reste pr\u00e9cise m\u00eame au seuil de d\u00e9codage. Avec plusieurs SDR, une station d\u00e9cod\u00e9e sur une seule antenne est mesur\u00e9e aussi sur les autres : on voit ce que la meilleure antenne entend et que l&#039;autre manque.<\/p>\n<p>On obtient l&#039;\u00e9cart entre antennes <strong>station par station<\/strong>, puis selon la distance (onde de sol, NVIS, un bond, plusieurs bonds), l&#039;angle de d\u00e9part estim\u00e9 et la direction : une carte centr\u00e9e sur la station, et un diagramme polaire qui montre le lobe d&#039;une antenne directive.<\/p>\n<h2>Une m\u00e9thode qui chiffre son incertitude<\/h2>\n<ul><li><strong>Qualification du mat\u00e9riel<\/strong> : banc de mesure du r\u00e9cepteur en mode commut\u00e9, campagne A\/A dans les deux modes. Chaque campagne porte ses <strong>marges d&#039;erreur par classe de signal<\/strong>.<\/li><li><strong>Codes qualit\u00e9<\/strong> : mesures satur\u00e9es, flux interrompu, r\u00e9cepteurs d\u00e9salign\u00e9s dans le temps : \u00e9cart\u00e9es et compt\u00e9es, jamais corrig\u00e9es en silence. Les mesures brutes ne sont jamais modifi\u00e9es.<\/li><li><strong>Statistiques<\/strong> : l&#039;\u00e9cart entre antennes est une m\u00e9diane sur des fen\u00eatres de temps ; son intervalle de confiance est calcul\u00e9 par <strong>bootstrap par blocs<\/strong>, parce que deux mesures voisines se ressemblent et qu&#039;un calcul na\u00eff serait trop optimiste. Au-del\u00e0 de deux antennes, la <strong>correction de Holm<\/strong> \u00e9vite de trouver par hasard des \u00e9carts entre certaines des 45 paires possibles.<\/li><li><strong>R\u00e8gle de conclusion<\/strong> : un \u00e9cart n&#039;est affirm\u00e9 que s&#039;il d\u00e9passe la marge de qualification <strong>et<\/strong> que l&#039;intervalle de confiance exclut z\u00e9ro. Sinon, la page le dit : \u00ab pas d&#039;\u00e9cart significatif \u00bb.<\/li><li><strong>Installation d\u00e9crite<\/strong> : hauteur, polarisation et orientation de chaque antenne, pertes de chaque c\u00e2ble, balun ou relais. La vue \u00ab Antenne \u00bb retire les pertes de la cha\u00eene pour comparer les antennes elles-m\u00eames.<\/li><\/ul>\n<figure class=\"oav-figure\"><img src=\"data:image\/svg+xml;base64,<svg xmlns="http://www.w3.org/2000/svg" viewBox="24 1124 1352 420" width="1352" height="420" role="img" aria-labelledby="title desc">
  <title id="title">openAntennaValidation : principes de mesure</title>
  <desc id="desc">Schéma en quatre parties : réception commutée et réception simultanée ; mesure du niveau, du plancher de bruit et du SNR dans la largeur de chaque classe de signal ; qualification par banc matériel et campagne A/A ; chaîne statistique jusqu'à la règle de conclusion.</desc>
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  <text x="48" y="1161" class="h2">Qualification : chiffrer l'erreur de la méthode avant de mesurer</text>

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  <text x="290" y="1478" class="t12 i2 mid">latence</text>
  <text x="360" y="1464" class="t12 i2">établissement à ±0,2 dB</text>
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  <text x="590" y="1384" class="t12 b end">justesse : 10 dB ?</text>

  <text x="72" y="1508" class="t13 i2">→ durée de neutralisation et fraction utile ; aussi isolation des entrées, plancher sur charge 50 Ω.</text>

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  <text x="963" y="1215" class="t12 mid i2">les deux modes · 1 h à 24 h</text>

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  <rect x="890" y="1238" width="96" height="24" rx="5" class="box"/><text x="938" y="1255" class="t12 mid">SDR 1 · réf.</text>
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  <text x="1010" y="1272" class="t15 b">Écart vrai = 0</text>
  <text x="1010" y="1292" class="t13 i2">tout écart mesuré est</text>
  <text x="1010" y="1310" class="t13 i2">l'erreur de la méthode</text>

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  <text x="1050" y="1460" class="t11 m end">écart B − A par fenêtre</text>

  <text x="1090" y="1366" class="eyebrow">VERDICT PAR CLASSE · EXEMPLE</text>
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  <circle cx="1096" cy="1408" r="5" class="dot-good"/><text x="1108" y="1413" class="t13">Numérique étroit</text>
  <circle cx="1096" cy="1430" r="5" class="dot-warn"/><text x="1108" y="1435" class="t13">AM : dégradé</text>
  <circle cx="1096" cy="1452" r="5" class="dot-crit"/><text x="1108" y="1457" class="t13">SSB : inexploitable</text>

  <text x="744" y="1508" class="t13 i2">→ biais corrigé par fréquence ; la marge de chaque classe accompagne les campagnes.</text>

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  <title id="title">openAntennaValidation : principes de mesure</title>
  <desc id="desc">Schéma en quatre parties : réception commutée et réception simultanée ; mesure du niveau, du plancher de bruit et du SNR dans la largeur de chaque classe de signal ; qualification par banc matériel et campagne A/A ; chaîne statistique jusqu'à la règle de conclusion.</desc>
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  <text x="48" y="1583" class="h2">De la mesure à la conclusion</text>

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  <text x="88" y="1650" class="eyebrow">ÉTAPE 1</text>
  <text x="88" y="1672" class="t15 b">Mesures brutes</text>
  <text x="88" y="1694" class="t13 i2">Horodatées, jamais modifiées.</text>
  <text x="88" y="1712" class="t13 i2">Saturation, perte de flux,</text>
  <text x="88" y="1730" class="t13 i2">chevauchement : exclues</text>
  <text x="88" y="1748" class="t13 i2">et comptées.</text>

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  <text x="344" y="1650" class="eyebrow">ÉTAPE 2</text>
  <text x="344" y="1672" class="t15 b">Fenêtres de temps</text>
  <text x="344" y="1694" class="t13 i2 mono">10 s · 1 min · 5 min · 15 min</text>
  <text x="344" y="1712" class="t13 i2">selon la durée de campagne ;</text>
  <text x="344" y="1730" class="t13 i2">médiane, p10, p90 par signal</text>
  <text x="344" y="1748" class="t13 i2">et par antenne.</text>

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  <text x="600" y="1650" class="eyebrow">ÉTAPE 3</text>
  <text x="600" y="1672" class="t15 b">Écart à la référence</text>
  <text x="600" y="1694" class="t13 i2">Δ = antenne − référence,</text>
  <text x="600" y="1712" class="t13 i2">apparié mesure à mesure.</text>
  <text x="600" y="1730" class="t13 i2">Corrections recalculables :</text>
  <text x="600" y="1748" class="t13 i2">profil, pertes des câbles.</text>

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  <text x="856" y="1650" class="eyebrow">ÉTAPE 4</text>
  <text x="856" y="1672" class="t15 b">Incertitude</text>
  <text x="856" y="1694" class="t13 i2">IC à 95 % par bootstrap</text>
  <text x="856" y="1712" class="t13 i2">par blocs (mesures corrélées).</text>
  <text x="856" y="1730" class="t13 i2">Correction de Holm : jusqu'à</text>
  <text x="856" y="1748" class="t13 i2">45 paires pour 10 antennes.</text>

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  <text x="1112" y="1650" class="eyebrow">ÉTAPE 5</text>
  <text x="1112" y="1672" class="t15 b">Règle de conclusion</text>
  <text x="1112" y="1694" class="t13 i2">Écart affirmé seulement si</text>
  <text x="1112" y="1712" class="t13 b">|Δ| > marge de qualification</text>
  <text x="1112" y="1730" class="t13 b">et IC excluant zéro.</text>
  <text x="1112" y="1748" class="t13 i2">Sinon : pas d'écart significatif.</text>

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  <text x="72" y="1813" class="t13 b">Dipôle − verticale · nuit</text>
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  <text x="760" y="1956" class="t12 m mid">écart en dB, médiane et intervalle de confiance à 95 % · valeurs illustratives</text>

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\" alt=\"De la mesure \u00e0 la conclusion : mesures brutes, fen\u00eatres de temps, \u00e9cart \u00e0 la r\u00e9f\u00e9rence, incertitude par bootstrap par blocs, r\u00e8gle de conclusion\" loading=\"lazy\" decoding=\"async\"><\/figure>\n<h2>Les r\u00e9sultats<\/h2>\n<p>Chaque campagne a sa page : r\u00e9sum\u00e9 r\u00e9dig\u00e9 automatiquement, \u00e9cart sur 24 heures selon l&#039;heure solaire (NVIS de jour, DX de nuit), \u00e9cart par p\u00e9riode du jour, jour par jour, dans le temps et par signal, matrice des paires au-del\u00e0 de deux antennes, qualit\u00e9 des donn\u00e9es. La m\u00eame page s&#039;affiche sur l&#039;ordinateur de la station et sur le site.<\/p>\n<h2>Le site : plusieurs stations, plusieurs op\u00e9rateurs<\/h2>\n<p>Les op\u00e9rateurs qui le souhaitent publient leurs campagnes sur ce site. La station envoie elle-m\u00eame ses r\u00e9sultats ; le site n&#039;acc\u00e8de jamais \u00e0 la station. Ce qui est publi\u00e9 : les m\u00e9dianes par fen\u00eatre de temps et la description de l&#039;installation. <strong>Jamais de mesure brute, jamais d&#039;enregistrement du signal, et la position r\u00e9duite \u00e0 un carr\u00e9 locator de 4 caract\u00e8res<\/strong> (environ 100 km).<\/p>\n<p>La liste des campagnes se filtre par op\u00e9rateur, bande, paire de types d&#039;antennes (dip\u00f4le contre verticale, par exemple), mode de r\u00e9ception, r\u00e9cepteur et p\u00e9riode. Tant qu&#039;aucune vraie campagne n&#039;est publi\u00e9e, deux campagnes de d\u00e9monstration (donn\u00e9es simul\u00e9es, marqu\u00e9es comme telles) montrent \u00e0 quoi ressemblent les r\u00e9sultats.<\/p>\n<h2>Mat\u00e9riel<\/h2>\n<ul><li><strong>SDRplay RSP2 Pro<\/strong> : r\u00e9cepteur de r\u00e9f\u00e9rence, mode commut\u00e9 (deux entr\u00e9es) et simultan\u00e9.<\/li><li><strong>RTL-SDR Blog V4<\/strong> : mode simultan\u00e9, une cl\u00e9 par antenne, jusqu&#039;\u00e0 28,8 MHz (au-del\u00e0, la cl\u00e9 change d&#039;entr\u00e9e). Cl\u00e9 \u00e9conomique, dynamique limit\u00e9e (8 bits). Chaque cl\u00e9 doit avoir son propre num\u00e9ro de s\u00e9rie. Les autres cl\u00e9s RTL-SDR ne sont pas accept\u00e9es : elles ne re\u00e7oivent les ondes courtes que sans r\u00e9glage de gain.<\/li><li><strong>Airspy HF+ Discovery<\/strong> : mode simultan\u00e9, un appareil par antenne. Excellent en ondes courtes, bande utile d&#039;environ 200 kHz \u00e0 la fr\u00e9quence d&#039;\u00e9chantillonnage par d\u00e9faut.<\/li><li>Les mod\u00e8les peuvent \u00eatre m\u00e9lang\u00e9s en mode simultan\u00e9 ; la campagne est alors marqu\u00e9e \u00ab h\u00e9t\u00e9rog\u00e8ne \u00bb et l&#039;\u00e9talonnage A\/A chiffre l&#039;\u00e9cart entre r\u00e9cepteurs.<\/li><li>Un ordinateur sous Linux (Debian 12 ou plus r\u00e9cent, Raspberry Pi OS 64 bits), recommand\u00e9 pour les campagnes longues, ou sous Windows 10\/11. Plusieurs SDR en simultan\u00e9 demandent un processeur \u00e0 plusieurs c\u0153urs : le test de charge le v\u00e9rifie.<\/li><\/ul>\n<h2>O\u00f9 en est le projet<\/h2>\n<div class=\"tbl-wrap\"><table><thead><tr><th>\u00c9tape<\/th><th>\u00c9tat<\/th><\/tr><\/thead><tbody><tr><td>Maquettes de l&#039;interface<\/td><td>Faites<\/td><\/tr><tr><td>Socle : r\u00e9cepteur, spectre en direct, base de donn\u00e9es<\/td><td>Fait, en attente d&#039;essai sur RSP2 Pro<\/td><\/tr><tr><td>Qualification du mat\u00e9riel (banc, campagne A\/A)<\/td><td>Faite, en attente d&#039;essai sur RSP2 Pro<\/td><\/tr><tr><td>Mesure en r\u00e9ception commut\u00e9e, fr\u00e9quences impos\u00e9es<\/td><td>Faite avec le simulateur, en attente d&#039;essai sur RSP2 Pro<\/td><\/tr><tr><td>Bande automatique<\/td><td>Faite avec le simulateur<\/td><\/tr><tr><td>R\u00e9ception simultan\u00e9e (2 \u00e0 10 SDR)<\/td><td>Faite avec le simulateur, en attente d&#039;essai sur plusieurs SDR<\/td><\/tr><tr><td>Pages de r\u00e9sultats, statistiques, export CSV<\/td><td>Faites<\/td><\/tr><tr><td>Site WordPress multi-op\u00e9rateurs<\/td><td>Fait<\/td><\/tr><tr><td>RTL-SDR V4 et Airspy HF+<\/td><td>Faits, en attente d&#039;essai sur les r\u00e9cepteurs<\/td><\/tr><tr><td>Installeurs Windows et Linux<\/td><td>Faits : Linux essay\u00e9 sur Debian 12 et 13 ; Windows en attente d&#039;essai<\/td><\/tr><tr><td>Modes num\u00e9riques (FT8, FT4, WSPR) : suivi des stations, distance, propagation<\/td><td>Faits avec le simulateur, en attente d&#039;essai sur l&#039;air<\/td><\/tr><\/tbody><\/table><\/div>\n<p>Tout ce qui est marqu\u00e9 \u00ab avec le simulateur \u00bb fonctionne de bout en bout avec un r\u00e9cepteur simul\u00e9 ; les essais sur r\u00e9cepteurs r\u00e9els sont en cours.<\/p>\n<h2>Participer<\/h2>\n<ul><li><strong>Code source, documentation, suivi<\/strong> : <a href=\"https:\/\/github.com\/Bob56fr\/openAntennaValidation\" rel=\"noopener\">github.com\/Bob56fr\/openAntennaValidation<\/a>.<\/li><li><strong>Publier vos campagnes<\/strong> : demandez un compte d&#039;op\u00e9rateur sur ce site ; une fois valid\u00e9, vous cr\u00e9ez votre station et recevez son jeton.<\/li><li><strong>Retours d&#039;exp\u00e9rience<\/strong> : les questions, r\u00e9sultats surprenants et propositions sont les bienvenus sur GitHub (onglet \u00ab Issues \u00bb).<\/li><\/ul>\n<p><em>Page tenue \u00e0 jour avec le projet, sur GitHub : docs\/presentation.md.<\/em><\/p>\n<\/div><\/div>\n\n\n\n<p class=\"wp-block-paragraph\"><\/p>\n","protected":false},"excerpt":{"rendered":"<p>Pour voir les campagnes de mesures en cours ou d\u00e9j\u00e0 r\u00e9alis\u00e9es : https:\/\/rf-diy.com\/index.php\/2026\/11\/04\/campagnes-de-mesures-comparatives-dantennes\/<\/p>\n","protected":false},"author":2,"featured_media":476,"comment_status":"open","ping_status":"open","sticky":false,"template":"","format":"standard","meta":{"footnotes":"","_mima_masquer":false},"categories":[50],"tags":[],"class_list":["post-462","post","type-post","status-publish","format-standard","has-post-thumbnail","hentry","category-projet"],"_links":{"self":[{"href":"https:\/\/rf-diy.com\/index.php\/wp-json\/wp\/v2\/posts\/462","targetHints":{"allow":["GET"]}}],"collection":[{"href":"https:\/\/rf-diy.com\/index.php\/wp-json\/wp\/v2\/posts"}],"about":[{"href":"https:\/\/rf-diy.com\/index.php\/wp-json\/wp\/v2\/types\/post"}],"author":[{"embeddable":true,"href":"https:\/\/rf-diy.com\/index.php\/wp-json\/wp\/v2\/users\/2"}],"replies":[{"embeddable":true,"href":"https:\/\/rf-diy.com\/index.php\/wp-json\/wp\/v2\/comments?post=462"}],"version-history":[{"count":3,"href":"https:\/\/rf-diy.com\/index.php\/wp-json\/wp\/v2\/posts\/462\/revisions"}],"predecessor-version":[{"id":478,"href":"https:\/\/rf-diy.com\/index.php\/wp-json\/wp\/v2\/posts\/462\/revisions\/478"}],"wp:featuredmedia":[{"embeddable":true,"href":"https:\/\/rf-diy.com\/index.php\/wp-json\/wp\/v2\/media\/476"}],"wp:attachment":[{"href":"https:\/\/rf-diy.com\/index.php\/wp-json\/wp\/v2\/media?parent=462"}],"wp:term":[{"taxonomy":"category","embeddable":true,"href":"https:\/\/rf-diy.com\/index.php\/wp-json\/wp\/v2\/categories?post=462"},{"taxonomy":"post_tag","embeddable":true,"href":"https:\/\/rf-diy.com\/index.php\/wp-json\/wp\/v2\/tags?post=462"}],"curies":[{"name":"wp","href":"https:\/\/api.w.org\/{rel}","templated":true}]}}