Realization of Current Conveyors-based Floating Simulator Employing Grounded Passive Elements
... employing floating capacitors, at least one of two capacitors is floating, which is not convenient to further fabricate in IC. Also, some circuits introduced in the literature can realize floating FDNR [10–15] and some of the circuits reported in the literature can realize floating capacitor [8-9]. ...
... employing floating capacitors, at least one of two capacitors is floating, which is not convenient to further fabricate in IC. Also, some circuits introduced in the literature can realize floating FDNR [10–15] and some of the circuits reported in the literature can realize floating capacitor [8-9]. ...
Summation methods and distribution of eigenvalues of Hecke operators,
... where the constant is effective As mentioned in [11], the result follows from a general Erdös-Tuŕan type theorem and using the idea of constructing a measure out of the ah ’s referred to as the Weyl limits of the given sequence. As we see, Theorem 1.2 does suggest a way out when the Weyl limits ah ’s ...
... where the constant is effective As mentioned in [11], the result follows from a general Erdös-Tuŕan type theorem and using the idea of constructing a measure out of the ah ’s referred to as the Weyl limits of the given sequence. As we see, Theorem 1.2 does suggest a way out when the Weyl limits ah ’s ...
Cryptography
... with natural numbers, so we must first convert characters into numbers: this is easily done using (for example) the ASCII format which represents characters by 7-bit numbers. Then, for example, by concatenating (that is joining together) the 7 bit codes of 8 characters we would produce a 56-bit (7 b ...
... with natural numbers, so we must first convert characters into numbers: this is easily done using (for example) the ASCII format which represents characters by 7-bit numbers. Then, for example, by concatenating (that is joining together) the 7 bit codes of 8 characters we would produce a 56-bit (7 b ...
Plotting Points
... An algebraic equation sets up equivalence between an algebraic expression and a numeric expression (a number or numbers with operators) or between two algebraic expressions. Since an equation sets up an equivalence relationship it can be solved. This means that a solution or root can be found which ...
... An algebraic equation sets up equivalence between an algebraic expression and a numeric expression (a number or numbers with operators) or between two algebraic expressions. Since an equation sets up an equivalence relationship it can be solved. This means that a solution or root can be found which ...
CHAPTER 9
... The System.Random class of the FCL is used to create a random number generator and generate and get random values We can generate integer and double random values The constructor of the System.Random class creates the random number generator (an instance of the random class) ...
... The System.Random class of the FCL is used to create a random number generator and generate and get random values We can generate integer and double random values The constructor of the System.Random class creates the random number generator (an instance of the random class) ...
Mathematics of radio engineering
The mathematics of radio engineering is the mathematical description by complex analysis of the electromagnetic theory applied to radio. Waves have been studied since ancient times and many different techniques have developed of which the most useful idea is the superposition principle which apply to radio waves. The Huygen's principle, which says that each wavefront creates an infinite number of new wavefronts that can be added, is the base for this analysis.