鍩轰簬鑳滀换鍔涙ā鍨嬬殑妯℃嫙椋炶璁粌璇勪及-mg网址

涓浗姘戣埅澶у瀛︽姤鈥衡€?, 鈥衡€?: 51-54.

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鍩轰簬鑳滀换鍔涙ā鍨嬬殑妯℃嫙椋炶璁粌璇勪及

鐜?宀?a 锛屾潹姘稿垰 b 锛屽畫娉?b

锛堜腑鍥芥皯鑸ぇ瀛?a.椋炶鍒嗘牎锛沚. 閫氱敤鑸┖瀛﹂櫌锛屽ぉ娲?300300锛?/li>

鏀剁鏃ユ湡:2021-08-17 淇洖鏃ユ湡:2021-08-17 鎺ュ彈鏃ユ湡:2021-07-09 鍑虹増鏃ユ湡:2021-10-20 鍙戝竷鏃ユ湡:2021-10-31
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澶╂触甯傚ぇ瀛︾敓鍒涙柊鍒涗笟璁粌璁″垝椤圭洰锛?02010059134锛夛紱鍥藉鑷劧绉戝鍩洪噾椤圭洰锛圲1733117锛夛紱涓浗姘戣埅澶у鏍＄骇鏁欐敼椤圭洰锛堝熀浜?spoc 闆? 璇惧爞鐨勯琛岀悊璁鸿绋嬫贩鍚堝紡鏁欏妯″紡鐮旂┒涓庡疄璺碉級

simulated flight training evaluation for flight cadets based on competency

wang y ue锛孻 ang y onggang锛孲ong ze

( . flight a cademy; . general aviation college, civil a viation university of china, tianjin 300300, china )

received:2021-08-17 revised:2021-08-17 accepted:2021-07-09 online:2021-10-20 published:2021-10-31

鎽樿锛?

鍒╃敤 prepar3d 妯℃嫙椋炶杞欢鍙婂叾寮€鍙戝浠跺紑鍙戜簡妯℃嫙椋炶璁粌璇勪及浠跨湡骞冲彴銆傝骞冲彴鍩轰簬鑳滀换鍔涙ā鍨嬭璁′簡鍏稿瀷椋炶绋嬪簭璁粌绉戠洰鍙婇琛屾妧鏈€冩牳鎸囨爣锛屽苟鍦ㄩ琛岀▼搴忚缁冪鐩€昏瘎鍒嗗姞鍏ヤ簡涓ゅ眰鏉冨€硷紝鍙洿鍑嗙‘锛屽瑙傚湴璇勪及椋炶瀛﹀憳鐨勭哗鏁堟按骞筹紝鏇存湁鍒╀簬椋炶瀛﹀憳鍔犳繁瀵归琛岀悊璁虹殑鐞嗚в銆? 缁忓疄璺甸獙璇侊紝璇ユā鎷熼琛岃缁冭瘎浼版柟娉曞浜庨琛屽鍛樼殑鐞嗚鍜屽疄璺靛涔犲叿鏈夋槑鏄剧殑杈呭姪浣滅敤锛屽叿鏈夎緝楂樼殑瀹炵敤浠峰€笺€?span>

鐜?宀? 鏉ㄦ案鍒? 瀹?娉?. 鍩轰簬鑳滀换鍔涙ā鍨嬬殑妯℃嫙椋炶璁粌璇勪及[j]. 涓浗姘戣埅澶у瀛︽姤, 2021, 39(5): 51-54.

wang y ue, y ang y onggang, song ze. simulated flight training evaluation for flight cadets based on competency[j]. journal of civil aviation university of china, 2021, 39(5): 51-54.

[1] zheng s t, huang q t, jin j, et al. flight simulator architecture development and implementation[c]//international conference on measuring technology and mechatronics automation, april11 -12, 2009, zhangjiajie, china. ieee, 2009: 230-233.

[2] lancaster j a, khatwa r, conner k j, et al. flight simulator evaluation of an airport surface display with indications and alerts (surf ia)[c]//29th digital avionics systems conference,october 3-7, 2010, salt lake city, ut, usa. ieee, 2010: 4.d.2-1-4.d.2-12.

[3] 楂樻枃鐞? 寮犲鏄? 鐜嬬珛娉? 绛? 椋炶璁粌鎴愮哗璇勪及妯″瀷鐨勫缓绔嬩笌瀹炵幇 [j]. 鐢靛瓙璁捐宸ョ▼, 2011, 19(24): 50-52.

[4] 鍒?娴╋紝鐜?鏄婏紝瀛熷厜纾婏紝绛夋彺鍩轰簬鍔ㄦ€佽礉鍙舵柉缃戠粶鍜屾ā绯婄伆搴︾悊璁?鐨勯琛岃缁冭瘎浼癧j]鎻?鑸┖瀛︽姤, 2021, 42(8): 250-261.

[5] 淇炰匠鍢? 椋炶璁粌鍝佽川璇勪及绯荤粺鐨勭爺绌禰d]. 鍗椾含: 鍗椾含澶у, 2011.

[6] 鎴橀噾鐜? 妯℃嫙鏈洪琛岃缁冭嚜鍔ㄨ瘎浼扮郴缁熻璁′笌瀹炵幇[d]. 鍗椾含: 鍗椾含鑸┖鑸ぉ澶у, 2014.

[7] 涓浗姘戠敤鑸┖灞€. 涓浗姘戣埅杩愯緭鑸┖椋炶鍛樻妧鑳藉叏鐢熷懡鍛ㄦ湡绠＄悊浣撶郴寤鸿瀹炴柦璺嚎鍥? 1.0 鐗圼s]. 鍖椾含: 涓浗姘戠敤鑸┖灞€, 2020.

[8] 鐜?宀? 闄堝繂鏉? 鍩轰簬 flightgear 鐨勯琛屼豢鐪熸暀瀛﹀疄楠岃璁j]. 瀹為獙鎶€鏈笌绠＄悊锛?016, 33(10): 130-134.

[9] 鐜?宀? 姹?纾? 閮笘骞? 鍩轰簬 flightgear/matlab 鐨勮繍杈撶被椋炴満椋炶 浠跨湡瀹為獙璁捐[j]. 瀹為獙鎶€鏈笌绠＄悊, 2019, 36(7): 129-133.

[10] jacob r p, christopher j a. transport delay measurement and reduction in desktop simulations[c]//aiaa modeling and simulation technologies conference, 2017(6): 5-9.

[11] risukhin v, thompson r, hasenick s, et al. integration of affordable information technology products into general aviation training and research[c]//16th aiaa aviation technology, integration and operations conference, june 13 -17, 2016, washington dc. aiaa, 2016: 13-17.

[12] 鏈澃鏄幝峰笗閲戞柉, 闆呭悇甯兟风淮浼峰搱榛? 涔旀仼路閲屽痉. c# 鍏ラ棬缁忓吀[m] . 榻愮珛鍗?璇? 8 鐗? 鍖椾含: 娓呭崕澶у鍑虹増绀? 2019.

[13] 鐢?纾? 鍩轰簬鑳滀换鍔涙ā鍨嬬殑 uprt 璁粌涓庤瘎浼扮▼搴忓紑鍙慬d]. 骞挎眽锛?涓浗姘戠敤鑸┖椋炶瀛﹂櫌, 2018.

[14] icao. icao state letter: an12/59.1-18/77[s]. montreal:icao, 2018.

[15] 鏂瑰涓? 鐢?鎵? 鏉版櫘閫婅埅鍥炬暀绋媅m]. 鍖椾含: 涓浗姘戣埅鍑虹増绀? 2009: 255-267.

[1] 寰愪簬鏉? 钁涚孩濞? 钖涘缓鑹? 鍊紭鎵? [j]. 涓浗姘戣埅澶у瀛︽姤, 2020, 38(4): 54-59.

[2] 鍒樻槙.

[3] 鐜嬩竴鏅紝璧垫睗鎴?

[4] 鍒樿壋绾紝鏍楁絿浼?

[5] 鍒樿壋绾紝姣曞姏鏍? [j]. 涓浗姘戣埅澶у瀛︽姤, 2015, 33(2): 28-31,40.

闃呰娆℃暟

鍏ㄦ枃

鎽樿

鍩轰簬鑳滀换鍔涙ā鍨嬬殑妯℃嫙椋炶璁粌璇勪及-mg网址

鍩轰簬鑳滀换鍔涙ā鍨嬬殑妯℃嫙椋炶璁粌璇勪及

simulated flight training evaluation for flight cadets based on competency

寮曠敤鏈枃

浣跨敤鏈枃

[1]	zheng s t, huang q t, jin j, et al. flight simulator architecture development and implementation[c]//international conference on measuring technology and mechatronics automation, april11 -12, 2009, zhangjiajie, china. ieee, 2009: 230-233.
[2]	lancaster j a, khatwa r, conner k j, et al. flight simulator evaluation of an airport surface display with indications and alerts (surf ia)[c]//29th digital avionics systems conference,october 3-7, 2010, salt lake city, ut, usa. ieee, 2010: 4.d.2-1-4.d.2-12.
[3]	楂樻枃鐞? 寮犲鏄? 鐜嬬珛娉? 绛? 椋炶璁粌鎴愮哗璇勪及妯″瀷鐨勫缓绔嬩笌瀹炵幇 [j]. 鐢靛瓙璁捐宸ョ▼, 2011, 19(24): 50-52.
[4]	鍒?娴╋紝鐜?鏄婏紝瀛熷厜纾婏紝绛夋彺鍩轰簬鍔ㄦ€佽礉鍙舵柉缃戠粶鍜屾ā绯婄伆搴︾悊璁?鐨勯琛岃缁冭瘎浼癧j]鎻?鑸┖瀛︽姤, 2021, 42(8): 250-261.
[5]	淇炰匠鍢? 椋炶璁粌鍝佽川璇勪及绯荤粺鐨勭爺绌禰d]. 鍗椾含: 鍗椾含澶у, 2011.
[6]	鎴橀噾鐜? 妯℃嫙鏈洪琛岃缁冭嚜鍔ㄨ瘎浼扮郴缁熻璁′笌瀹炵幇[d]. 鍗椾含: 鍗椾含鑸┖鑸ぉ澶у, 2014.
[7]	涓浗姘戠敤鑸┖灞€. 涓浗姘戣埅杩愯緭鑸┖椋炶鍛樻妧鑳藉叏鐢熷懡鍛ㄦ湡绠＄悊浣撶郴寤鸿瀹炴柦璺嚎鍥? 1.0 鐗圼s]. 鍖椾含: 涓浗姘戠敤鑸┖灞€, 2020.
[8]	鐜?宀? 闄堝繂鏉? 鍩轰簬 flightgear 鐨勯琛屼豢鐪熸暀瀛﹀疄楠岃璁j]. 瀹為獙鎶€鏈笌绠＄悊锛?016, 33(10): 130-134.
[9]	鐜?宀? 姹?纾? 閮笘骞? 鍩轰簬 flightgear/matlab 鐨勮繍杈撶被椋炴満椋炶 浠跨湡瀹為獙璁捐[j]. 瀹為獙鎶€鏈笌绠＄悊, 2019, 36(7): 129-133.
[10]	jacob r p, christopher j a. transport delay measurement and reduction in desktop simulations[c]//aiaa modeling and simulation technologies conference, 2017(6): 5-9.
[11]	risukhin v, thompson r, hasenick s, et al. integration of affordable information technology products into general aviation training and research[c]//16th aiaa aviation technology, integration and operations conference, june 13 -17, 2016, washington dc. aiaa, 2016: 13-17.
[12]	鏈澃鏄幝峰笗閲戞柉, 闆呭悇甯兟风淮浼峰搱榛? 涔旀仼路閲屽痉. c# 鍏ラ棬缁忓吀[m] . 榻愮珛鍗?璇? 8 鐗? 鍖椾含: 娓呭崕澶у鍑虹増绀? 2019.
[13]	鐢?纾? 鍩轰簬鑳滀换鍔涙ā鍨嬬殑 uprt 璁粌涓庤瘎浼扮▼搴忓紑鍙慬d]. 骞挎眽锛?涓浗姘戠敤鑸┖椋炶瀛﹂櫌, 2018.
[14]	icao. icao state letter: an12/59.1-18/77[s]. montreal:icao, 2018.
[15]	鏂瑰涓? 鐢?鎵? 鏉版櫘閫婅埅鍥炬暀绋媅m]. 鍖椾含: 涓浗姘戣埅鍑虹増绀? 2009: 255-267.

[1]	寰愪簬鏉? 钁涚孩濞? 钖涘缓鑹? 鍊紭鎵? [j]. 涓浗姘戣埅澶у瀛︽姤, 2020, 38(4): 54-59.
[2]	鍒樻槙.
[3]	鐜嬩竴鏅紝璧垫睗鎴?
[4]	鍒樿壋绾紝鏍楁絿浼?
[5]	鍒樿壋绾紝姣曞姏鏍? [j]. 涓浗姘戣埅澶у瀛︽姤, 2015, 33(2): 28-31,40.