Abstract We study the non-inertial effects of a rotating frame on spin-zero, Duffin–Kemmer–Petiau-like oscillator in cosmic string space-time with non-commutative geometry momentum space. The spin-zero DKP-like is obtained from Klein–Gordon Lagrangian non-standard prescription for coupling. find that solutions time-independent radial equation non-zero non-commutativity parameter parallel to are...

The present study investigates the properties of the spatial updating in terms of intrinsic frames of reference. We hypothesize that the efficiency of dynamically updating object-to-object relations is based on two main factors, a relatively stable frame of reference provided by the orienting object (or object array), and the behavioral significance (salience) level of the target objects. Three...

The adoption of the International Celestial Reference System ICRS, and of the corresponding Frame, ICRF, by the 23rd General Assembly of the International Astronomical Union, calls for a redefinition of the departure point on the true equator. Several possibilities have been suggested. This paper considers the use of the non-rotating origin (Guinot 1979). The " Celestial Ephemeris Origin " (CEO...

Main difficulty: affine reconstruction, i.e. locating the plane at infinity ( 1 ) in the projective frame (an inherently non-linear problem). Once we have located 1 the remainder of the problem is equivalent to the self-calibration of a rotating camera with varying intrinsics. Recently a couple of methods to achieve this goal have emerged, including a fast linear algorithm (de Agapito et al, CV...

We present a new framework for the acquisition of full spherical videos using a high-speed rotating linear or area sensor equipped with a fish-eye lens. The high capture rate of the sensors allows us to reach high frame rates on the resulting videos. We describe the image processing workflows from the raw data to the full spherical frames, and we show experimental results of non-parallax panora...