Satellite radio的問題，透過圖書和論文來找解法和答案更準確安心。 我們找到下列懶人包和總整理

111 Places in Space That You Must Not Miss

為了解決Satellite radio的問題，作者Ferdowsi, Bobak,Thaller, Michelle 這樣論述：

Bobak Ferdowsi is the Fault Protection lead for the joint NASA-ISRO mission, an Earth-observing satellite evaluating global environmental change and hazards. His prior positions have included Europa Clipper flight system engineer, Integrated Launch and Cruise Engineer on Mars Science Laboratory Curi

osity, and Science Planner on the Cassini mission. In addition he served as a Flight Director during Curiosity operations. Bobak earned his Bachelor of Science degree in Aeronautics and Astronautics in 2001 from the University of Washington and subsequently his Master of Science in the same area fro

m Massachusetts Institute of Technology. He has always wanted to work on missions to Mars. He plays shortstop in the Jet Propulsion Laboratory softball league, with a career 0.817 batting average and usually rides his bike to work. Dr. Michelle Thaller is the Assistant Director of Science for Commun

ications at NASA’s Goddard Space Flight Center. Michelle has a Bachelor’s in astrophysics from Harvard and a Ph.D. from Georgia State University. Michelle has used ground and space-based telescopes to study massive binary star systems and published her research in journals such as the Astrophysical

Journal. After a post-doctoral research fellowship at Caltech, Michelle became particularly interested in public outreach and science communication and served as the public outreach lead for the Spitzer Space Telescope at NASA’s Jet Propulsion Laboratory before moving to Goddard in 2009. Michelle ha

s also worked at NASA Headquarters in Washington, D.C. assisting with strategic communications across all of NASA. Outside of her work at NASA, Michelle is one of the regular hosts of Discovery Science Channel’s How the Universe Works and Space’s Deepest Secrets, Michelle also hosts the podcast Orbi

tal Path on public radio. She has received several high-profile awards for online science journalism and science leadership.

Satellite radio進入發燒排行的影片

無所不在的聲音： 年輕成人的線上音樂及線上廣播消費研究

為了解決Satellite radio的問題，作者江明潔 這樣論述：

數位時代廣播及音樂的消費方式，融合了科技的發展、內容和形式的轉變，廣播聽眾開始得以使用網路在手機、電腦上收聽廣播，相關的音訊檔案甚至可以隨選、下載，收聽廣播不再受限於地點、時間、及訊號清晰程度影響，錯過想聽的節目，還可以另外抽出空閒時間重聽。音樂產業因新的科技發展面臨轉型，當代音樂和科技的關係，隨著串流平台崛起，任何人都能透過數位下載方式免費獲取，收聽廣播、音樂不再被時間、空間、硬體體積、容量所限制，科技使得消費者隨時都能享受音樂。本研究主要目的在探討在日常生活脈絡下，聲音媒介及其內容的消費實踐，消費者在數位時代下在收聽音樂、廣播時使用媒介的動機及習慣（habits）和具有的意義。本研究使用

深度訪談法進行，訪問人數11人。從使用聲音媒介的動機來看，可以區分為「心理」及「日常生活習慣」兩個面向，使用者出於「心理」情緒相關收聽的可細分為「撫慰」、「培養情緒」、「逃避互動」三個原因；「日常生活習慣」則可看出聲音在日常生活中扮演的角色，可細分為「日常生活」、「打發時間」、「陪伴」。而當日常生活形式與聲音作結合後，使用者養成了在執行日常生活行為時，就要有聲音的習慣，成為了一種固定的既定消費行為模式，在本研究中通勤跟寫作業時收聽聲音媒介，是最多年輕成人受訪者在日常生活習慣中，與聲音連結最常見的時候。在收聽線上音樂使用的媒介以手機最多，其次為電腦，而廣播仍是以傳統車載收音機收聽最多，其次為手機

APP，而在收聽音樂載具背後其實與科技符擔性（affordances）有關，又以「手機多工的符擔性」、「時間彈性符擔性」、「空間限制消除的符擔性」和「多元內容符擔性」影響消費者的使用。

Defected Ground Structure (Dgs) Based Antennas: Design Physics, Engineering, and Applications

為了解決Satellite radio的問題，作者Guha, Debatosh,Kumar, Chandrakanta,Biswas, Sujoy 這樣論述：

Debatosh Guha, PhD, is a Professor in Radio Physics and Electronics at the University of Calcutta, India. He co-edited Microstrip and Printed Antennas: New Trends, Techniques and Applications in 2010. Chandrakanta Kumar, PhD, is Head of the Electromagnetics Section at the Communication Systems Group

of the U R Rao Satellite Centre in Bangalore, India. His professional focus is on the design and development of antenna systems for the Indian space program. Sujoy Biswas, PhD, is an Associate Professor and Lecturer at the Institute of Technology and Marine Engineering. He is on the Board of Review

ers at a variety of journals, including IEEE Transactions on Antennas and Propagation.

毫米波雷達與 Ka 頻段衛星通訊之陣列天線設計及主動式天線OTA近場量測

為了解決Satellite radio的問題，作者林宥樺 這樣論述：

本論文包含三項研究主題，第一部分為應用於車用雷達系統之天線設計，其中搭配德州儀器(TI)的IWR1642雷達模組，所開發陣列天線較原公版設計天線，具有較高輻射效率且較不受金屬表面製程影響之特色。第二部分探討應用於Ka頻段低軌道衛星通訊系統之陣列天線設計，其中為了降低極化偏轉的影響，乃採用圓極化設計，而為求寬頻的匹配與軸比，並選用雙饋入與槽孔耦合方式饋送至貼片天線，且提出三種連接架構來比較其效能。第三部分研發主動式天線之OTA近場量測技術，由於主動式天線自帶訊號源，因此需重建相位量測結果來獲得完整天線近場，以實測具發射源之主動式天線輻射場型。