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Your very first choice in this game is whether to even acknowledge reality's existence. You (or more specifically, your character Harry Du Bois) wake up, amnesiac and hungover. Instead, it begins with a psychological rebirth. No, of course not, that would be way too obvious (*ahem* Fallout 3). This entry was contributed by Benedict Lee, developer of modular synthesizer-inspired puzzle game The Signal State, which launches next week.ĭisco Elysium doesn't quite begin with the literal birth of your character.
The signal state game solutions series#
Why I Love is a series of guest editorials on intended to showcase the ways in which game developers appreciate each other's work. Fundamentals of Synthesis and Analysis, Ed. 1: Principles of Construction of Radio Control Systems. Pavlov, “Optimal detection of changes in the properties of random sequences from meter and indicator information,” Avtom. Bukhalev, “Recurrent algorithms for recognizing and estimating the state of a dynamic object based on information from meters and indicators,” Izv. Kenzhekhanova, “Bayesian recognition of a moving object information-measuring system state: A priori information weight correction,” IOP Conf. Pavlov, “Synthesis of noise-immune information systems by methods of the theory of systems with a random structure,” Radiotekhnika, No. Skrynnikov, “Game-theoretic control of the object’s random jump structure in the class of pure strategies,” J. Bukhalev, Optimal Smoothing in Systems with Random Jump Structure (Fizmatlit, Moscow, 2013). Bukhalev, Analysis of Systems of Random Structure (Fizmatlit, Moscow, 1993). Seller, “Space-time adaptive cancellation in passive radar systems,” Int. Liao, “Space-time-range adaptive processing for airborne radar systems,” IEEE Sensors J.
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Suslyakov, “Adaptive space-time signal processing of the ground moving target indication in the monopulse radar,” Vestn. Kil’dyushevskaya, “Processing of radar signals against the background of combined interference,” Radiotekhnika, No. Gorokhov, “A modified GLRT and AMF framework for diagonally loaded and fast maximum-likelihood adaptive detectors,” IEEE Trans. Shatalova, “Algorithm of joint detection and recognition of slow and fast fluctuating targets in noise conditions of multi-frequency phased array radar,” Vestn. 21 of Radar, Sonar, Navigation and Avionics Series (Inst. Klemm, Principles of Space-Time Adaptive Processing, Vol. Volovach, “Statistical characteristics of a mixture of a signal and additive-multiplicative noise with a non-Gaussian distribution,” Radiotekhnika, No. air force electronic warfare aircraft fleet update,” Zarub. Emel’yanov, “The views of the leadership of the US armed forces on the conduct of electronic warfare in the operations of the XXI century using the forces of aerospace attack,” Zarub. Len’shin, Airborne Systems and Complexes of Electronic Suppression (Nauch. Koziratskii (Radiotekhnika, Moscow, 2013). Information Conflict Models of Search and Detection Tools, Ed. Gorshkov, “Monopulse radar tracking by range and angular coordinates with a broadband sounding signal,” Zh. Ryazantsev, Small-Sized Radars with Continuous Frequency-Modulated Radiation (Radiotekhnika, Moscow, 2020). Deryabin, “Analysis of the state of the development of airborne radars of domestic and foreign production,” Nauch. 11, 2–15 (2012).Īviation Radar Complexes and Systems, Ed. Verba, “Analysis of the state and development trends of airborne radars of aviation complexes of radar patrol and guidance,” Zh.