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solskjaer300新蟲 (小有名氣)
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[求助]
100金幣求助一個審稿人給的意見 已有7人參與
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投的 IEEE,一個審稿人剛開始說的缺乏原創(chuàng)性,不建議在IEEE發(fā)表,但是后面又說對于IEEE是個有益的補充。。搞不明白審稿人的態(tài)度,然后像這種缺乏原創(chuàng)性該如何回復(fù)呢?多謝大牛給意見!我懷疑是他中間給的意見是讓我創(chuàng)新的,但是他的意見只是指出了我文章的一個概念性偏差。。所以真不知道這個審稿人是啥意思?第二個審稿人意見還好,最后編輯給的大修。 This paper is a useful contribution to the literature because it combines the analytics for the case of anisotropic scatter (following Rino) and the solution of the forth-order moment equation, in the strong scatter approximation. However, it is not original and should not be published in the IEEE Transactions of Antennas and Propagation. The paper is technically clear and well organized, but needs an English-speaking editor to correct the many language usage problems. Also there are numerous typos in the section of Reference, including Refs 19, 25, 33. The section on decorrelation distance (the paper calls this quantity “coherent length”) after two-way propagation is a bit confusing, as follows. For one-way propagation, let us transmit a wave upwards from a point source through a distance z to a plane. Let this be a two-dimensional example, so that the received field is a function only of x and the propagation distance z. Then we can consider the decorrelation function between the field at two points x1 and x2 in the plane z. The value of the distance x1-x2 where the decorrelation falls off to 1/e is the decorrelation distance. Now for the case of two-way propagation, we transmit again a wave upwards from a point source a distance z to a plane. Call this plane the reflecting plane. Next the wave travels downwards back to the transmitter plane where it can be measured. In this case, the decorrelation distance depends on the details of the reflection point(s) after the first (upwards) transmission. If the plane is perfectly reflecting, one would measure a certain decorrelation distance. If there were only a single point scatterer at the reflecting plane, then the decorrelation distance would be identical to that measured for one-way propagation in the downwards direction from the reflecting plane back to the plane where the transmitter is located. It seems that this is the only consistent definition of the decorrelation distance that is useful to the case of two-way propagation. Otherwise, the decorrelation distance depends on the redflecting plane, which can’t be correct. This issue should be addressed in any revisions of this paper. The paper would be a useful addition to the Antennas and Propagation Journal. |
至尊木蟲 (文壇精英)
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此審稿人整體的意見是此論文不是原創(chuàng)性的文章,不適合發(fā)表。具體提出下面的問題。但好的是編輯給出了大修的意見,說明編輯還是很認(rèn)可這篇文章。 建議:逐一詳細(xì)耐心回答此審稿人下面羅列的問題。最重要的是,在response to reviewer里詳細(xì)說明此論文的意義及原創(chuàng)性。 好好改,接受應(yīng)該沒問題! |
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至尊木蟲 (文壇精英)
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