Translation of "Boolean function" in German

PTest is a pointer to a FAR Boolean Test function.

An ideal logic gate can implement the corresponding Boolean function immediately and as often as desired.

In this case, p and q can be the two quantities of a Boolean function of two quantities.

Subsequently, in an array arbitrary Boolean basic function can be logically combined with one another in parallel or serially.

Besides the returning boolean of this function also the boolean variable DETECT may be set.

A complete group of functions (function lines) is a group whose summed by functions yield the Boolean function 1.

The corresponding write voltage for the nonvolatile programming of a Boolean basic function is applied to the crossover point (m,n) by the high-voltage source in the second cycle step C.HV 2 directly before the first read-out of the respective crossover point (m,n).

New developments use nonvolatile bipolar resistance switches and antiseries-interconnected bipolar resistance switches, complementary resistance switches, as logic gates for implementing a Boolean function.

The state of the complementary resistance switch can be read out by the application of a constant, low positive or negative read voltage (referred to as “level read”) depending on the input parameters of the Boolean function.

The contact S a (m) constitutes the terminal T 1 and the contact S b (n) constitutes the terminal T 2 for the two input parameters p and q in the second cycle for programming the Boolean function.

The read current I read (m, n) after a write voltage U write (m, n) has been applied is used as output parameter of the programmed Boolean function.

Based on the table that is created (see FIG. 4 and FIG. 5), and the information regarding missing (not recorded) combinations that must also be entered or specified, the associated Boolean function—including the delay time of the related component for the machine model—may be created.

It is furthermore possible that the selection of the sub-region of interest is effected algorithmically, wherein the selection is ascertained for instance by applying a Boolean predicate function (for instance a threshold value function) onto image points of the second image and/or an image analytic method process (for instance a contour recognition process) onto the second image.

The relevant ACK and whether an ACK is forwarded through a Boolean AND-function or an OR-function is selected via the masks.

Boolean functions may be implemented very easily using a computer.

There are some more Boolean functions implemented.

With Boolean functions, the time delay is recorded, in particular, in addition to the new value of the output signal.

Overview Erica's Pico Logic uses Boolean logic functions to process triggers, gate signals and such.

Erica's Pico Logic uses Boolean logic functions to process triggers, gate signals and such.

The Dedekind number M(n) is the number of different monotonic Boolean functions on n variables.

For this purpose we have got the Boolean functions Line_ExistsIn and LineBeginning_ExistsIn (cf. Section 9.18.2, “Boolean Expressions”).

Boolean operators can be conceived as special Boolean valued functions (the negation operator demonstrates this very clearly).

In general, a logic gate can be a physical device which implements one of the 16 Boolean functions, that is to say that it logically combines one or a plurality of input quantities to form an output quantity.

Furthermore, the first cycle function for realizing the different Boolean functions writes either a low resistance state (LRS) or a high resistance state (HRS).

In accordance with various embodiments, the complementary resistance switch (3) can be used as a logic gate in a logic circuit for realizing nonvolatile Boolean functions or as an analog block with a logic gate for realizing filters and amplifiers.