It introduces the reader to the basic concepts behind regression - a key advanced analytics theory. It describes simple and multiple linear regression in detail. It also talks about some limitations of linear regression as well. Logistic regression is just touched upon, but not delved deeper into this presentation.
It introduces the reader to the basic concepts behind regression - a key advanced analytics theory. It describes simple and multiple linear regression in detail. It also talks about some limitations of linear regression as well. Logistic regression is just touched upon, but not delved deeper into this presentation.
Límite y continuidad de una función en el Espacio R3
Derivadas parciales
Diferencial total.
Gradientes
Divergencia y Rotor
Plano tangente y recta normal
Regla de la cadena
Jacobiano.
Extremos relativos
Multiplicadores de Lagrange
Integral en línea
Teorema de Gauss
Teorema de Ampere
Teorema de Stoke
Teorema de Green
Note : To get more understanding Recommending to see first section - Low power in vlsi with upf basics part 1
With Increase in Portable devices, VLSI chips has to consider about Power usages in VLSI silicon chips. So Power Aware design and verification is so important in Industry. To get basic knowledge on Low Power Design and Verification with UPF basics Go through this Slides.
With Increase in Portable devices, VLSI chips has to consider about Power usages in VLSI silicon chips. So Power Aware design and verification is so important in Industry. To get basic knowledge on Low Power Design and Verification with UPF basics Go through this Slides.
AMBA AHB is a bus interface suitable for high-performance synthesizable designs. It defines the interface between components, such as masters, interconnects, and slaves.
I2C is a serial protocol for two-wire interface to connect low-speed devices like microcontrollers, EEPROMs, A/D and D/A converters, I/O interfaces and other similar peripherals in embedded systems.
Serial Peripheral Interface (SPI) is an interface bus commonly used to send data between microcontrollers and small peripherals such as shift registers, sensors, and SD cards.
2. WHAT IS DIFFERENTIAL EQUATION?
An equation contain the derivatives of one or more
dependent variables, with respect to one of more
independent variables, said to be differential equation
WHAT IS FIRST ORDER DIFFERETIAL EQUATION?
An equation of 1st degree only in respect to
the dependent variables and its derivatives
5. AN CURVE CUTS ANOTHER CURVE AT RIGHT ANGLE THEN
TWO CURVES SAID TO BE ORTHONOGLY TO EACH OTHER
6. STEPS TO SLOVE ORTHOGONAL TRAJECTORIES OF THE
FAMILY OF CURVES F(x, y, c) = 0 or F(r, ø, c) = 0
SOLVE DIFFERENTIAL EQUATION OF THE ORTHOGONAL
TRAJECTORIES F(x, y, dy/dx) or F(r, ø, dr/dø)
REPLAYES THIS DIFFERENTIAL EQUATION dy/dx BY –dx/dy
or dr/dø = -r2 dø/dr ( so product of slope at each point is -1)
FORM DIFFERENTIAL EQUATION IN FORM F(x, y, dy/dx) = 0
or F(r, ø, dr/dø) = 0
7. Example : If stream lines of a flow around a corner are x y =
constant find their orthogonal trajectories
As by steps
Differential equation of curve is x . dy/dx + y = 0
Replays dy/dx by -dx/dy
Finally we get x . dx – y dy = 0
Therefore X2 - Y2 = c2 is required orthogonal trajectories
9. NEWTON’S SECOND LAW
THE RATE OF CHANGE IN MOMENTUM ENCOUNTERED
BY A MOVING OBJECT IS EQUAL TO THE NET FORCE
APPLIED TO IT. IN MATHEMATICAL TERMS,
Since m is constant
then dm/dt is
