Golovin dating

The new methodology is tested and is shown to be invariant to invertible grayscale transformations.

A recent study shows that multispectral (MS) imaging can improve the legibility of ostraca.

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We deal with the general issue of handling statistical data in archaeology for the purpose of deducing sound, justified conclusions.

The employment of various quantitative and statistical methods in archaeological practice has existed from its beginning as a systematic discipline in the 19th century (Drower 1995).

Our research team enjoyed the privilege of collaborating with Benjamin Sass over a period of several years.

We are happy to dedicate this article to him and wish to express our gratitude for what has been both a prodigious and enjoyable experience.

Several examples of Iron Age ostraca unearthed over twenty years ago in Israel (Ḥorvat ʿUza and Ḥorvat Radum) are presented, showing how new images taken with an MS system improve the reading of inscriptions that have significantly faded over time.

The article provides instructions for constructing a simple and low-cost MS imaging system that yields comparable results to commercial systems The relationship between the expansion of literacy in Judah and composition of biblical texts has attracted scholarly attention for over a century.Since this early period, the focus of archaeological research has developed and shifted several times.The last phase in this process, especially common in recent decades, is the proliferation of collaboration with various branches of the exact and natural sciences.We are delighted to dedicate this article to Israel Finkelstein, our teacher, adviser, colleague, and friend, who is one of the father figures of this ongoing scientific revolution in archaeology (e.g., Finkelstein and Piasetzky 2010, Finkelstein et al.2012, 2015), and wish him many more fruitful years of research.Among the most basic and popular tasks in this field is the creation of a black-and-white version of a given image, denoted as image binarization (see Fig.1a–b).

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