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Cybernetic Camouflage on Human Recipient - Visual Illusion INTERFACE
Recent Researches in Circuits, Systems, Electronics, Control & Signal Processing Cybernetic Camouflage on Human Recipient - Visual Illusion INTERFACE JIŘÍ F. URBÁNEK, JIŘÍ BARTA, JOZEF HERETÍK, JOSEF NAVRÁTIL and JAROSLAV PRŮCHA* Department of Civil Protection, Dpt of External Relations*, University of Defence, Kounicova 65, 662 10 Brno, CZECH REPUBLIC [email protected]; http://www.unob.cz Abstract: - Perceptive interface between a human recipient (observer) and visible object can be created by complicated components, domains, actors, agents and mediators. A permeability of this interfece is necessary in an environment of colaborative actors at both sides of the interface. Worse permeability or even impermeability of the interface can be asked between antagonistic enemies. Generally, a lot of various interfaces have “smash / fuzzy/ defocusing” contours but their exact definition is helpful for active and passive protection of living objects in the nature. But, the interfaces between potential enemies ask a merge of camouflage systems & processes implementing on special created interface. So, this interface needs a nature / human made camouflage mediator. This mediator must operationally mediate virtual image in real time/ space/ environment. Cybernetic camouflage implementing virtual image operating in visible range of electromagnetic vave spectrum uses data projectors for projection of image on screen interface. From above fundamental principles are created platforms of cybernetic camouflage of Czech University of Defence R&D Grant solution of National Defence Research. It deals grant Project with acronym ADAPTIV - Draft and assertion new adaptive technology for simulation and camouflage in operational environment armed forces of Czech Republic and for infrastructure protection. The resources and “how to” of this Grant asks a finding of new approaches of problems solution, especially in military environment. -
Security &Defence European
a sniper rifle 4/ 7.90 18 D 14974 E D European NO TIME? NO LAB? NO PROBLEM. & CZ TSR Security .308 WIN. EASILY IDENTIFY CHEMICAL HAZARDS WITH ES THE FLIR GRIFFIN™ G510 PORTABLE GC-MS. 2018 June/July · Defence & Security European WE KNOW THE SECRET OF ACCURATE & Defence 4/2018 LONG DISTANCE SHOOTING. The FLIR Griffin G510 is a completely self-contained GC-MS, including batteries, carrier gas, vacuum system, injector, touchscreen, and heated International Security and Defence Journal sample probe. It analyzes all phases of matter and confirms vapor-based threats in seconds, so that responders can take immediate action. ISSN 1617-7983 See FLIR in action at Eurosatory: Hall 5a Stand #A267 • OPTION TO FIT THE FOLDING HEIGHT MECHANISM ON ADJUSTABLE EITHER THE RIGHT CHEEKPIECE OR LEFT SIDE HEIGHT AND LENGTH www.euro-sd.com ADJUSTABLE • BUTTPLATE June/July 2018 HIGHLy RESISTANT TO CONTAMINATION DUE TO THE FLUTED BOLT 10-ROUND REMOVABLE METAL MAGAZINE FOR CARTRIDGES UP TO 73 MM TWO STAGE TRIGGER MECHANISM WITH THE OPTION TO SET THE TRIGGER PULL BOLT HANDLE ADAPTED FOR RELIABLE AND RAPID PISTOL GRIP WITH RELOADING WITH STORAGE SPACE AND A RIFLESCOPE ATTACHED INTERCHANGEABLE BACKSTRAPS MaxiMuM MiniMuM Barrel length Width of Weapon (MM) height of Weapon Weight Without With stoCk With stoCk With CheekpieCe With eMpty operating CaliBre Magazine CapaCity fraMe overall length (MM)* overal length (MM)** CoMpensator (MM) folded unfolded retraCted Magazine (g) teMperature range rate of tWist aCCuraCy .308 Win. 10 ALUMINIUM 1237 ± 5mm 920 ± 5mm 660 ± 1 95 ± 2 70± 2 192 ± 2 mm max. 6 300 from -50°C to + 50° 1:11“ Sub MOA FLIR Griffin™ G510 Portable GC-MS #CZGUNS www.FLIR.eu/G510 Chemical Identifier eurosatory2018 WWW.CZUB.CZ [email protected] FACEBOOK.COM/CESKAZBROJOVKA.CZ WWW.INSTAGRAM.COM/CZGUNS/ eurosatory2018 a sniper rifle 4/ 7.90 18 D 14974 E D European NO TIME? NO LAB? NO PROBLEM. -
Computerised Aided Camouflage
NEW ASPECTS of APPLIED INFORMATICS, BIOMEDICAL ELECTRONICS & INFORMATICS and COMMUNICATIONS Computerised Aided Camouflage JIŘÍ F. URBÁNEK, JIŘÍ BARTA, JOSEF HERETÍK and JAROSLAV PRŮCHA* Department of Civil Protection, Dpt of External Relations*, University of Defence, Kounicova 65,662 10 Brno, CZECH REPUBLIC [email protected]; http://www.unob.cz Abstract: - Interface´s impermeability is important to create among antagonist´s objects in turbulent world. A lot of various interfaces have “smash” contours but their exact definition is helpful for active and passive protection of living objects in nature. The interfaces between human enemies ask camouflage systems and processes implementing military environment. Fundamental principles of nature / human made camouflage are introduced in this paper. Computer aided camouflage by means of contemporary digital cybernetics instruments is an aim of Czech University of Defence R&D Grant solution of National Defence Research Project with acronym ADAPTIV - Draft and assertion new adaptive technology for simulation and camouflage in operational environment armed forces of Czech Republic and for infrastructure protection. The resources and “how to” of this Grant asks a finding of new approaches of problems solution in military environment. The architecture of necessary systems and their technologies, representing first milestone of Grant solution, is outlined here. ADAPTIV Project tends to Active Camouflage by Computerised Aided Mimicry (CAM) implementations as autonomic outdoor computerised aided Interoper-mobile WiMAX CAM Workshop. Key-Words: - Active Camouflage by Computerised Aided Mimicry (CAM) Implementation. 1 Introduction the camouflage must be tailored to the observer. Second, Human society survival requires the most effective the camouflage must deceive the observer into making a behaviour aiming to the co-operation, collaboration, false judgment about the camouflaged object. -
Le Camouflage Militaire Réinventé Par Les Artistes
LES SOLDATS CRÉATEURS LE CAMOUFLAGE MILITAIRE RÉINVENTÉ PAR LES ARTISTES MARGAUX DE PENFENTENYO // ÉCOLE CAMONDO // DIPLÔME 2014 LES SOLDATS CRÉATEURS LE CAMOUFLAGE MILITAIRE RÉINVENTÉ PAR LES ARTISTES LES SOLDATS CRÉATEURS LE CAMOUFLAGE MILITAIRE RÉINVENTÉ PAR LES ARTISTES Merci à Thierry de Beaumont pour sa passion partagée et sa bonne humeur à toutes épreuves, Merci à Antoine Loron pour ses relectures et ses fines corrections, Et enfin, merci à Ségolène de Pen- fentenyo pour son regard critique et toujours bienveillant. SommaIre I. Le camouflage : une arme qui ne tue pas 1. Un concept qui existe depuis toujours p.13 a. Les subterfuges visuels du monde animal b. Les chasseurs premiers camouflés 2. Le camouflage naît dans un contexte historique sans précédent a. Le bouleversement de la perception du monde : Einstein b. Apparition de la vitesse : le ciel, nouvel angle d’observation, nouvelle menace 3. L’art de tromper a. Dissimuler ce qui est b. Exhiber ce qui n’est pas : développement de la science des leurres 4. Le camouflage se répand à tous les horizons a. Le camouflage de l’aviation et de la marine b. Le camouflage des bâtiments c. Le camouflage se répand à l’international d. Le motif camouflage est pris d’assaut par la mode II. Les cubistes créateurs du motif camouflage III. Vers un camouflage High Tech, voire virtuel 1. Paternité du camouflage 1. Deuxième Guerre mondiale : nouvelle guerre, nou- a. Guirand de Scévola ou Eugène Corbin et Louis Guingot ? veau camouflage b. Picasso et Braque : pères du cubisme a. La guerre de la vitesse rejette les artistes b. -
Drivers of Polymorphism Dynamics in Pygmy Grasshoppers
Drivers of polymorphism dynamics in Pygmy grasshoppers Linnaeus University Dissertations No 95/2012 DRIVERS OF POLYMORPHISM DYNAMICS IN PYGMY GRASSHOPPERS JENNY JOHANSSON LINNAEUS UNIVERSITY PRESS DRIVERS OF POLYMORPHISM DYNAMICS IN PYGMY GRASSHOPPERS Doctoral dissertation, School of Natural Sciences, Linnaeus University 2012 Cover pictures by Einat Karpestam och Jenny Johansson ISBN: 978-91-86983-70-3 Printed by: Ineko AB, Kållered Abstract Johansson, Jenny (2012). Drivers of polymorphism dynamics in Pygmy grasshoppers. Linnaeus University Dissertation No 95/2012. ISBN: 978-91-86983-70-3. Written in English with a summary in Swedish. In this thesis, I used colour polymorphism in pygmy grasshoppers as a model system to study the influence of selection, developmental plasticity, mating behaviour and gene flow on patterns of phenotypic and genetic diversity within and among populations in changing environments. Data for more than 5,000 individuals collected from natural populations showed that the incidence of black (melanic) pygmy grasshoppers was higher in burnt than in non-burnt areas, and rapidly declined over time within populations in post-fire environments. A common garden experiment confirmed that differences among populations were genetically determined. A split brood experiment further uncovered no developmental plasticity in response to rearing substrate, but a high resemblance between mothers and their offspring thus indicating that colour morphs are under strong genetic control. To investigate the role of polyandry, I experimentally mated virgin females to multiple males; genotyped families using microsatellite markers developed for this purpose, and demonstrated that polyandrous females can produce offspring sired by different males. Analysis of families produced by females collected from a natural population confirmed that multiple paternities can increase colour morph diversity among half-siblings in the wild. -
Sculpture As Artifice: Mimetic Form in the Environment
Sculpture as Artifice: Mimetic Form in the Environment Mark Booth A thesis in fulfilment of requirements for the degree of Master of Fine Arts (Research) The University of New South Wales Faculty of Arts, Design and Architecture May 2021 SCULPTURE AS ARTIFICE: MIMETIC FORM IN THE ENVIRONMENT ii Table of Contents Page Acknowledgements vi List of Figures vii Chapter One. Introduction 1.1 Sculpture and Site 1 1.2 Conundrum 2 1.3 List of components 2 1.4 Camouflage 3 1.5 Theory 4 1.6 Artists 5 1.7 Site/Non-site 5 Chapter Two. Camouflage: A brief history 2.1 Natural camouflage 8 2.2 Charles Darwin 8 2.3 Abbott Thayer 9 2.4 Biomimetics 11 2.5 Artificial camouflage 12 2.6 Camouflage in the military 12 2.7 Dazzle 13 2.8 Jellybean 15 2.9 United States Army field manuals 15 2.10 Ames Room 17 2.11 Ganzfeld effect 18 SCULPTURE AS ARTIFICE: MIMETIC FORM IN THE ENVIRONMENT iii 2.12 Voronoi diagrams 19 2.13 Military biotechnology 20 Chapter Three. Unorthodox art practices 3.1 Monochromatic colour 22 3.2 Optics 24 3.3 Algorithms 25 3.4 Displacement 26 3.5 Photosynthesis 30 Chapter Four. Retrospective art practice 4.1 Pixelation 33 4.2 UCP 34 4.3 Tessellation 36 4.4 Background blending 36 4.5 Illusion and Scale 38 4.6 Assimilation 40 4.7 Conundrum 41 4.8 Parasitism 42 Chapter Five. Site/Non-site 5.1 Site 43 5.2 Site centricity 43 5.3 Situationism 45 5.4 Nature’s materials 47 5.5 Gwion Gwion 48 5.6 Non-site 49 SCULPTURE AS ARTIFICE: MIMETIC FORM IN THE ENVIRONMENT iv 5.7 Wasteland 51 Chapter Six. -
E-Spik Ex Jerker
Defence on Demand A physiological perspective on phenotypic plasticity in anti-predator traits Vinterstare, Jerker 2021 Link to publication Citation for published version (APA): Vinterstare, J. (2021). Defence on Demand: A physiological perspective on phenotypic plasticity in anti-predator traits. Lund University. Total number of authors: 1 General rights Unless other specific re-use rights are stated the following general rights apply: Copyright and moral rights for the publications made accessible in the public portal are retained by the authors and/or other copyright owners and it is a condition of accessing publications that users recognise and abide by the legal requirements associated with these rights. • Users may download and print one copy of any publication from the public portal for the purpose of private study or research. • You may not further distribute the material or use it for any profit-making activity or commercial gain • You may freely distribute the URL identifying the publication in the public portal Read more about Creative commons licenses: https://creativecommons.org/licenses/ Take down policy If you believe that this document breaches copyright please contact us providing details, and we will remove access to the work immediately and investigate your claim. LUND UNIVERSITY PO Box 117 221 00 Lund +46 46-222 00 00 JERKER VINTERSTARE JERKER AN ECOLABEL 3041 0903 NORDIC SW Defence on Demand Defence Demand on Defence on Demand I. Vinterstare, J, Hegemann, A, Nilsson, PA, Hulthén, K & Brönmark, C ryck, Lund 2021 2019, Defence versus defence: Are crucian carp trading off immune A physiological perspective on phenotypic plasticity in function against predator-induced morphology?, Journal of Animal Ecology, 88: 1510-1521.