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SGT. RAWHIDE A WWI Combat Hero - Apex of the Attacking Salient: A Historical Novel

為了解決SGT Time的問題，作者James, IV Perry W. 這樣論述：

Purple Heart recipient Perry Loyd served valiantly in WWI as a sergeant in the 371st Infantry (Colored) Regiment. The men of the 371st performed as the ＂tip of the spear＂ during the largest battle the United States military had ever undertaken. SGT RAWHIDE explores the Jim Crow South, the U.S. en

try into WWI and authentically narrates the experience of African American soldiers drafted during that time. It candidly reveals the political mindset and subsequent influence marking the beginning of the civil rights movement. Against the backdrop of the ＂War to End All Wars,＂ the occasional peek

into Perry’s life before, during, and after the war adds depth and insight into the life of a man committed to fighting for democracy abroad and back at home in the United States.

SGT Time進入發燒排行的影片

探討國軍空勤人員心力指標與G耐力表現之相關性研究

為了解決SGT Time的問題，作者林侑瑾 這樣論述：

目的：心力指標是一種監測心臟受到身體加速度或活動量之變化情形，能即時監測人員運動狀態是否超出生理負荷；過往研究利用心力指標來代表人員心肺功能，並能有效預測3000公尺跑步之成績。因此，本研究欲探討心力指標數值與鬆弛性、緊張性G耐力及抗G動作成效之相關性。方法：本研究為縱貫型研究(Longitudinal study)，研究對象為航空醫官、航空護理官、航空生理官及空軍官校飛行學員。於接受高G耐力訓練時利用Zephyr™ BioHarness 3.0 (Zephyr Technology, Maryland, USA)連續測量訓練前靜坐、走路及緩慢增G階段(增G率：每秒0.1G)之心跳變化及心力

指標(體重*活動量/心跳數)，並計算心力比值(不同階段之心力指標相除)；並於緩慢增G階段，獲得人員鬆弛、緊張性G耐力與抗G動作效益，並利用SPSS 20.0統計軟體分析其相關性。結果：本研究納入83人次(77位)接受高G耐力訓練人員，平均鬆弛性、緊張性G耐力分別為5.03 G、7.75 G，抗G動作效益為2.72 G，發生G力昏迷佔25.3 %。(1)地面階段：當走路心力指標每增加100個單位，能增加22.4%達鬆弛性G耐力≧5.0 G、及45.7%達緊張性G耐力≧8.0 G之機會。(2)鬆弛性G耐力階段：當心力指標每增加10個單位，能增加42.3%達緊張性G耐力≧8.0 G、及減少26.2%

發生G力昏迷機會。(3)抗G動作執行前10秒階段：當心力指標每增加10個單位，能增加54.2 %達緊張性G耐力≧8.0 G、及減少15.2 %發生G力昏迷機會。(4)緊張性G耐力階段：當心力指標每增加10個單位，能增加60 %達緊張性G耐力≧8.0 G機會；當心力指標每增加10個單位，減少16.1 %發生G力昏迷機會。(5)G力解除前10秒階段：當與地面階段之心力比值每增加1個單位，能增加3.2倍達抗G動作效益2.5 G以上機會；當心力指標每增加10個單位，減少14 %發生G力昏迷機會。結論：本研究發現心力指標、心力比值越大者，其G耐力表現越佳，且能減少G力昏迷發生，故作為高G耐力訓練之評估指

標極具有潛力。

Bringing Mulligan Home: The Long Search for a Lost Marine

為了解決SGT Time的問題，作者Maharidge, Dale 這樣論述：

Now an Audible Original "THE DEAD DRINK FIRST" Sergeant Steve Maharidge returned from World War II an angry man. For a long time, the only evidence that remained of his service in the Marines was a photograph of himself and a buddy that he tacked to the basement wall. When his son, Dale Maharidge, s

et out to discover what happened to the friend in the photograph, he found that wars do not end when the guns go quiet. The scars and demons remain for decades. Bringing Mulligan Home is the book on which the hit Amazon Audible Original, The Dead Drink First, is based. Years after the initial public

ation of the book, Dale Maharidge and an ad-hoc team of committed researchers kept working to bring closure for Sgt. Maharidge, his family, and his mysterious friend. For fans of The Dead Drink First, this newly updated edition enriches and deepens the experience of the Audible Original, and provide

s---for the first time in print---a resolution to Maharidge's story of fathers and sons, war and the long oft-forgotten postwar for America's Greatest Generation. Dale Maharidge has been teaching at the Graduate School of Journalism at Columbia University since 2001. Before that he was a visiting

professor at Stanford University for ten years and spent fifteen years as a newspaperman. Several of his books are illustrated with the work of photographer Michael S. Williamson. The first book, Journey to Nowhere: The Saga of the New Underclass (1985), later inspired Bruce Springsteen to write two

songs; it was reissued in 1996 with an introduction by Springsteen. His second book, And Their Children After Them, won the Pulitzer Prize for nonfiction in 1990.

發展斑馬魚之動態決策行為模型—以修改版愛荷華賭局作業為基礎

為了解決SGT Time的問題，作者陳逸庭 這樣論述：

1994年Bechara等人發展出愛荷華賭局作業(Iowa gambling task, IGT)，一具輸贏大小(gain-loss value)與長期效益(long-term payoff)兩變項相反預測，且可模擬日常金錢得失之動態決策行為之賭局作業。值得注意的是，IGT發表至今，已被改編出許多人類與動物修改版本，如：班戈賭局作業(Bangor Gambling Task, BGT)、東吳賭局作業(Soochow gambling task, SGT) (Chiu　et al., 2008)、猿賭局作業(Primate Gambling Task, PGT)、齧齒類版本IGT (Roden

t version of IGT, rIGT)等，大部份旨在探究人類與動物決策行為之內在機制。然本研究回顧大部份動物IGT模型，模式生物(model organism)於IGT相關研究現僅向下探討至齧齒類層級，鮮少更低階模式生物建立IGT相關決策模型，也未確立IGT行為模型之穩定性，此可能導致決策生醫相關研究推論之偏誤。因此，本研究嘗試以相對齧齒類低階之斑馬魚(zebrafish)建立IGT相關動態決策作業模型。本研究參考Parker等人(2012a)斑馬魚行為模型結合簡化輸贏結構的SGT來發展斑馬魚動態決策行為模型，並嘗試區辨斑馬魚決策行為是受獎賞頻率或大小影響。此模型每五嘗試次為一循環，僅

有兩選項且期望值相同：A為低頻率獎賞選項，每五次獲得一次大獎賞（四顆飼料）、四次無獎賞；B為高頻率獎賞選項，每五次獲得四次小獎賞（一顆飼料）、一次無獎賞。結果顯示十隻斑馬魚顯著偏好選項A多於選項B。即斑馬魚偏好低頻率但大獎賞選項，此結果與人類SGT決策模式不一致，此跨物種差異實值得深究。本研究認為此斑馬魚動態決策行為模型之建立，將帶來許多探究跨物種決策行為之可能，雖上述實驗仍存在一些混淆(confounding)變項，包含實驗空間、獎懲形式及定量控制等問題。綜合上述，本研究回顧與整理大部份動物IGT模型後，可能為第一個斑馬魚IGT動態決策行為模型之建立，且發現像斑馬魚如此低階模式生物，似乎在此

模型中，獎賞大小比頻率更有影響力。未來研究可嘗試獨立飼養和實驗空間、定量獎賞食物及採用其他物質或形式之懲罰，以進一步探討斑馬魚在動態決策作業上的行為偏好與跨物種動態決策行為之比較。