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buy autocad architecture 2017 solution. autodesk software support products. download, autodesk autocad architecture solution 2017 full version free. autocad architecture activation.the present invention relates to an optical fiber, and particularly to an optical fiber having an improved strain-vibration-damping characteristic. recently, in optical communications and optical information processing, there is a demand for optical fibers having a larger transmission capacity, a higher modulation speed, and a wider band. to meet this demand, use of an optical fiber having a decreased optical transmission loss as well as a decreased bending loss is required. to meet this requirement, it is necessary to develop an optical fiber which has an improved strain-vibration-damping characteristic to prevent transmission loss due to concentration of stress. in an optical fiber having a small bending loss, a decrease in bending loss is mainly dependent on the refractive index profile. the refractive index profile is determined by the geometry of a core, a cladding, and a jacket. the refractive index profile of a conventional optical fiber is usually in the form of the so-called double refractive index profile. in this case, a core is formed by a central part of a cladding, and a jacket is formed by a peripheral part of the cladding. the refractive index profile of the core and that of the jacket are set in such a manner that the difference between the maximum and minimum values of the refractive index in the core is larger than that of the refractive index in the jacket, so that a desired bending loss is obtained. the refractive index profile of the jacket is set to be the same as that of the cladding. in such an optical fiber, the jacket region has a small thickness of approximately 5.mu.m, so that it is easily deformed. therefore, when the optical fiber is bent, the jacket region is often deformed, and stress is concentrated on a portion of the jacket. when stress is concentrated on the jacket, stress is concentrated on the jacket region. due to stress concentration on the jacket region, the refractive index profile of the jacket is changed, and hence the bending loss increases. in the conventional optical fiber, when stress is applied to the jacket region, stress is first applied to the core. then, the stress is transmitted to the jacket region, and the jacket region is deformed, and stress is applied to the jacket region. to reduce stress applied to the jacket region, it is necessary to increase the wall thickness of the jacket. in this case, however, the bending loss also increases. as described above, in the conventional optical fiber, a desired bending loss is obtained by setting the refractive index profile of the jacket, but this is not enough to prevent stress from being concentrated on the jacket region. furthermore, the refractive index profile of the jacket is not easily changed, and hence it is impossible to obtain a desired refractive index profile of the jacket.q: how to map a array of string to another array of string using java 8 i am trying to map a list of string to another list of string. but the original list may contain some null strings. how to handle null values in the list using java 8? list sourcelist = arrays.aslist(“1”, “2”, “3”, null,”4″,null,”5″,null, “6”,null, “7”, null, “8”, null, “9”, null, “10”, null, “11”, null, “12”, null); list targetlist = arrays.