A Simple Explicit Guidance Scheme Based on Velocities-to-be-Gained.

Incremental Predictive Command of Velocity to Be Gained Guidance Method

In this paper, a new incremental predictive guidance method based on implicit form of velocity to be gained algorithm is proposed. In this approach, the generalized incremental predictive control (GIPC) approach is applied to the linearized model for compensating the guidance error. Instead of using the present state in popular model based predictive controller (MPC), in the new method both pre...

What to be? - Electronic Career Guidance Based on Semantic Relatedness

We present a study aimed at investigating the use of semantic information in a novel NLP application, Electronic Career Guidance (ECG), in German. ECG is formulated as an information retrieval (IR) task, whereby textual descriptions of professions (documents) are ranked for their relevance to natural language descriptions of a person’s professional interests (the topic). We compare the performa...

To Be Explicit

S oftware is an odd medium in which to construct something. Because few physical forces make you design one way or another, many design decisions sadly resist any form of objective analysis. Where design counts is often not in how the software runs but in how easy it is to change. When how it runs is important, ease of change can be the biggest factor in ensuring good performance. This drive to...

A Modified Midcourse Guidance Law Based on Genelarized Collision Course

A Simple Password Authentication Scheme Based on Geometric Hashing Function

Password authentication protocol is one of most important mechanisms to prevent resources from accessing by unauthorized users. Many password authentication schemes have been developed in last decades, and many of them are based on the use of smart card. However, nowadays it is not applicable for many applications on the Internet to adopt the smart card in their authentication scheme due to its...

A Simple Adaptive Scheme for Terrain Modeling Based on Average

We present a simple scheme for approximating a surface given a set of 3D points sampled on it via a retangular adaptive (RA) triangulation. This scheme considers an average on the neighboring triangles of a vertex to define an intermediate polinomial surface that better represents the surface.