NORTi3 is a realtime multitasking operating system conforming to the micro-ITRON 3.0
specification. NORTi3 is divided into two packages: NORTi3 Standard and NORTi3 Extended. The
product NORTi3 Extended has implemented all the system Calls of level E placed as "added and
extended functions” in the micro-ITRON specification as well as the system Calls equivalent to level X.
The module LSQ is for unconstrained linear least-squares fitting. It is
based upon Applied Statistics algorithm AS 274 (see comments at the start
of the module). A planar-rotation algorithm is used to update the QR-
factorization. This makes it suitable for updating regressions as more
data become available. The module contains a test for singularities which
is simpler and quicker than calculating the singular-value decomposition.
An important feature of the algorithm is that it does not square the condition
number. The matrix X X is not formed. Hence it is suitable for ill-
conditioned problems, such as fitting polynomials.
By taking advantage of the MODULE facility, it has been possible to remove
many of the arguments to routines. Apart from the new function VARPRD,
and a back-substitution routine BKSUB2 which it Calls, the routines behave
as in AS 274.
This module is common to all of the Example programs
It declares the {Open, Read, Write, Close} Calls for the USB device
These user-Calls are translated into OS system Calls
This module also contains several support routines used by all of the examples
The goal of this library is to make ODBC recordsets look just like an STL container. As a user, you can move through our containers using standard STL iterators and if you insert(), erase() or replace() records in our containers changes can be automatically committed to the database for you. The library s compliance with the STL iterator and container standards means you can plug our abstractions into a wide variety of STL algorithms for data storage, searching and manipulation. In addition, the C++ reflection mechanism used by our library to bind to database tables allows us to add generic indexing and lookup properties to our containers with no special code required from the end-user. Because our code takes full advantage of the template mechanism, it adds minimal overhead compared with using raw ODBC Calls to access a database.
RAM Disk Driver with custom BoundsChecker events
This sample illustrates how to add custom BoundsChecker events to a DDK driver.
It links to the kchecker library and has several BOUNDSCHECKER() Calls in it.
This sample is a software only Windows NT Device Driver. This driver
is provided for educational purposes only. Generally the Windows NT cache
manager does a much better job of optimizing memory usage than using a RAM disk.
This directory builds the Tape class driver for Microsoft® Windows® Server 2003. The class driver implements device-independent support, and exports support routines for device-specific tape miniclass drivers. It handles device-independent tape requests and Calls the tape minidriver routines to process device-specific functions. Class driver splits transfer requests, when necessary, to fit the maximum transfer size for the underlying host bus adapter. It also provides device-independent, tape-specific error handling, and Calls the tape miniclass driver s device-specific error handling routines.
This manual describes the Call Library Function Node and the Code
Interface Node (CIN). The Call Library Function Node and the CIN are
the LabVIEW programming objects you use to call compiled code from
text-based programming languages. This manual includes reference
information about libraries of functions, memory and file manipulation
routines, and diagnostic routines that you can use with Calls to external
code.
Application Note Abstract
This Application Note introduces a complete and detailed PSoC® project. Telephone Call Logger keeps the detailed record of
approximately 945 phone Calls (7-digit number is assumed to be one phone call) including date, start time and the duration of
the phone call in the PSoC device. Users can get this detailed report into the PC environment by using free software, which is
included in the project file. When records reach near full capacity of the Flash memory, an LED will turn on to show that it is
necessary to backup the data. Software gets the data from PSoC, organizes it and prepares a printable version. Additionally, it
sends the date and time information to the PSoC. The external parts in this project can be obtained easily in the market.
Summary: Newton-Raphson method for all real roots of the polynomial.
MATLAB Release: R11
Description: This M-file calculates all the real roots of the given polynomial. It Calls syn_division, a synthetic division function, and derivate, differentiation function.
upsd_flash.c
These functions are provided to help you develop your initial code.
They are optimized for speed rather that size. As a result, you will
see very few nested function Calls. If speed is not critical, you
can use function Calls for common tasks (like dat polling after
writing a byte to Flash) The penalty is the extra processor
time to make the nested Calls.
