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Military professional terminology is a special vocational vocabulary used within armed forces, usually only partially understood by outsiders. The author demonstrates several most notorious examples to draw attention of terminology specialists. They are special vocabularies of military and security affairs, such as human resources, integrated MoD, recruit, recruitment, air wing, air base, strategical/tactical levels, names of organizational military structures, battalion, company, regiment (in fact they differ from nation to nation) task force, defence planning and planning of defence, to name at least a few. In spite of several translated AAP publications, generally, those terms are used in a different way. The author calls for creating more cohesive terminology. He intentionally does not put his own proposals, he only appeals to leading military officials to enforce the unified and accurate military terminology. It is high time to solve this task, namely within the frame of a lifelong education of military personnel.

In this article the author explores the potential roles for unmanned ground vehicles (tactical UGVs) in the modern battle space as pack mules, fighting scouts and perimeter sentries as new concepts of operation, designs and products emerge. Remote control vehicles could be also used in explosive ordnance disposal operations. Urban warfare looks set to become a particularly rich field for this sort of robots. The article discusses the challenges in developing and deploying cost-effective UGVs on the battlefield. There are still many problems, namely technological. The price for a UGV is comparable to price for four or five wheeled armoured vehicles. The article is based upon materials from RUSI Defence Systems (No. 2/2007), studies by Myron E. Mills, Kevin Ivison, James Masey. Ulf Stremmel; and Andy Simms: Robot Wars. Soldier, No. 12, 2007.

Officially Israel kept quiet about the 5 September 2007 air raid in northeast Syria. Reports indicated that the Israeli operation was triggered by the arrival of a North Korean cargo ship carrying suspected nuclear materials. Israel used electronic attack in air strike against Syrian mystery target. Syrian air defence infrastructure is based on for the most part aging Soviet missiles and radars. This air attack means that Israel is beginning to win cyber war battles. For several decades Israel has maintained a policy of preventing any nation in the Middle East from acquiring nuclear weapons, e.g. in 1981 Israel destroyed the nuclear reactor and thus crippled Iraq's nuclear programme. The destruction of a Syrian nuclear site is a continuation of that policy and a strong message to Iran that Israel is willing to take serious risks to maintain its stance. Based upon Jane's Defence Weekly No 39, 44/2007, Aviation Week No. 17/2007 (nas).

The study analyzes the key features of Russian policies in the late 2000s and their prospective developments. It is above all the rise of Russia's economic power, boosted by the favourable rising trend of energy prices (oil and gas) that has helped to resume again the position of one of the key world powers, obsessively pursuing its geopolitical interests in a new emerging multipolar world. This also determines its relations with other major global actors, e.g. the U.S., the EU, and China (outlined in this article). As far as military budget is concerned, it is increasing. Russia has overcome a long period of stagnancy. After 2007, they re-established strategical patrol flights off Russian territory; great effort is aimed at power projection, as a means to secure natural resources beyond Russian boarders. The study is closed by Russia's geopolitical prospects till the year 2020. and its Anticipated Development

This article deals with the birth of a new concept in the field of the warfare-FORCE XXI, the long-terms vision that influenced all advanced militaries, among others the author introduces a list with names of programmes: USA (Land Warrior), Great Britain (FIST - Future Integrated Soldier Technology), Canada (ISSP - Integrated Soldier System Platform), Germany (IdZ - Infanterist der Zukunft), France (FELIN - Fantssin a Equipement et Liaison Intégrés), the Netherlands (SMP - Soldier Modernisation Programme), Norway (NORMANS - Norwegian Modular Artic Network Soldier), Denmark (Danish Soldier Modernisation), Belgium (BEST - Belgium Soldier Technology), Italy (Soldato Futuro), Portugal (Sodado do Futuro), Slovakia (PIBS - advanced combat individual system) Poland (Tytan). The author underlines fundamental changes within this course of study, both technical-implementation of new technologies and weaponry-and doctrinal. He also describes current situation within the Armed Forces of the Czech Republic.

The article presents the results of pedagogical experiment in shooting from smallarms at training on shooting trainers, as indispensable instruments for the preparation of military professionals in indoor and outdoor shooting. Computer-generated simulators enable to experience the practice of shooting both for beginners training, as well as for marksmen, and sharpshooters. The trainers we we've developed in our army are as follows: shooting trainer EVJ-91 (optical, infrared), EVJ-94 (advanced, computer aided), EVJ-94/M (five targets), UNIST-94 (screen 2x3 m, VCR, UNIST-97/L
(laser emitter, live shooting), optical shooting range OS-1, OS-3 (small arms practice, up to 50 m, computer-aided,
laser emitter), optical target range TOS-1 (combat fire arms practice, computer-aided evaluation), optical range POS-1 (target devices are replaced by a film screen, VCR), Minitos Duo (tested), combat video-system Dicrosec PSC (interactive), or SOT-1 (rotary targets). Even though those trainers save time and money, we must still bear in mind that live shooting can't be replaced by any trainer.

It is an age-old problem, how to identify someone or something, to prevent from incidents, in which friendly forces fire on their own troops or vehicles by mistake, because of tiredness, exhaustion, psychological stress, technological defects, unforeseen circumstances, etc. Although there exists a technology carried specifically in an aircraft, combat vehicles, that utilizes coded radio signals to identify other friendly units, adopted measures are not always successful. In NATO, we have standardized systems for such identification: BTID-Battlefield Target Identification Device (for identification of vehicles and helicopters, STANAG 4579); and DSID-Dismounted Soldier Identification Device (for identification soldiers, STANAG 4630). At present, Germany (together with the United States) is in the lead of development system IFF. Systems are conceptually, technologically and tactically synthesized into ZEFF (ZielErkennung Freund-Feind), common for vehicles, helicopters, soldiers, as well as vehicles beyond the area of forces deployment. Source: Europäische Sicherheit magazine, 4/2006.

What is Necessary to Consider in the Process of Organization Structures Construction, Military Forces Equipment and Training in ACR, after the Ending of "Conception" by Ing. Antonín Krásný, CSc. The very welcomed "Concept of Development of the Professional Army of the Czech Republic and the Mobilization of Armed Forces of the Czech Republic" had to be revised because of the lack financial means. This fact influenced a lot of live of our army. Additional career officers were to leave his services; military material, vehicles were further reduced. At present, we have to balance our military strength with security demands reflecting running changes in world's security surrounding. The main aim of the article is to describe development of security environment in the Central Europe. It considers decision mechanisms reform in NATO and transformations of its military forces structures. It highlights an impact of demographic, technological, institutional changes and changes in value system of defence assurance of the CR. We must still bear in mind that for us, NATO alliance, supplemented by the EU structures, is the main tool of our security.

UAV specialists predict that within ten years, half the aircraft flying will be unmanned. They also foresee conflicts where a few soldiers will dominate stateside battlefields. The UAV Center of Excellence is going to draw the unmanned part of the Air Force, to study the best ways to use UAVs. The Air Warfare Centre at Nellis, Nevada, develops tactics for the use of aircraft and directs combat training. The UAV center would take on a whole range of issues from airspace control to various kinds of systems. Unmanned aircraft are to expect to play a key role in delivering directed-energy weapons to battlefields. Stealth will become a standard in UAV fleets just as it is in manned combat aircraft today. A number of additional improvements are expected to increase the capability of Predator squadrons. UAVs may have to specialize in strike or intelligence, surveillance and reconnaissance. Source: articles by David A. Fulghum, Aviation Week and Space Technology No 12, 2005.