### Show how the hodgkin-huxley fast subsystem depends

Assignment Help Basic Computer Science
##### Reference no: EM13208783

Show how the Hodgkin-Huxley fast subsystem depends on the slow variables: i.e., show how the nullcline moves as and are changed, and demonstrate the saddle-node bifurcation in which and disappear.

#### Desirable characteristics is robustness of the operating

Regardless of the operating system used, from MS-DOS to Macintosh OS X, from Windows to Linux, to OS/400, one of the key desirable characteristics is robustness of the operati

#### What if we use four hash functions

For the situation of our running example (8 billion bits, 1 billion members of the set S), calculate the false-positive rate if we use three hash functions? What if we use f

#### Design the logic for a program

Using Visual Logic: Design the logic for a program that allows a user to entry 15 numbers, then displays each number and its difference from the numeric average of the numbers

#### An exhaustive search of the key space

1.Consider the following threats to Web security and describe (in detail) how each is countered by a particular feature of SSL:a. Brute-Force Cryptanalytic Attack: An exhausti

#### Show fetch-execute cycle for instruction that clears

Using the register operation's, show the fetch-execute cycle. Show the fetch-execute cycle for an instruction that clears A (i.e., sets A to 0).

#### Find examples of digital products with a bad

Find examples of digital products with a bad and a good UI. Individual work - Find an example of a good and an example of a bad user interface (UI) from two digital products

#### Individual traffic light has at least three states (g.y,r)

Consider a traffic light system at a four-way crossroads (two roads intersecting at right angles) with a countdown timer, a crosswalk button, and a speaker that announces it's

#### Determine the closed-loop gain and output impedance

The amplifier shown in Fig. 12.90 provides a closed-loop gain close to unity but a very low output impedance. Assuming λ > 0, determine the closed-loop gain and output imped