This the implementation of structural SVM for training complex alignment models for protein sequence alignment, especially for homology modeling. The structural SVM algorithm can incorporate many relevant features like secondary structure, relative exposed surface area, profiles and their various interaction into the alignment model. It was developed under Linux and compiles under gcc, built upon the svm^light software by Thorsten Joachims.
Abstract:
By using gateway systems on large 32-bit platforms, networks of small, 8- and 16-bit
microcontrollers can be monitored and controlled over the Internet. With embedded Linux, these
gateways are easily moved from full-blown host PCs to embedded platforms like the PC104. In
this class you will learn about hardware platforms that support embedded Linux, Linux kernel
configuration, feature selection, installation, booting and tuning.
In a preemptive priority based RTOS, priority inversion
problem is among the major sources of deadline
violations. Priority inheritance protocol is one of the
approaches to reduce priority inversion. Unfortunately,
RTOS like uC/OS can’t support priority inheritance
protocol since it does not allow kernel to have multiple
tasks at the same priority. Although it has different ways
to avoid priority inversion such as priority ceiling
protocol, developers still have some difficulties in
programming real time applications with it. In this paper,
we redesign the uC/OS kernel to provide the ability to
support round robin scheduling and implement priority
inheritance semaphore on the modified kernel. As result,
we port new kernel with priority inheritance semaphore to
evaluation board, and evaluate the execution time of each
of the kernel service as well as verify the operations of
our implementation.
DATA: it_header TYPE bapibus1006_head OCCURS 0 WITH HEADER LINE.
DATA: it_centr TYPE bapibus1006_central OCCURS 0 WITH HEADER LINE.
DATA: g_bp LIKE bapibus1006_head-bpartner.
DATA: g_cat LIKE bapibus1006_head-partn_cat VALUE 1 .
DATA: it_guid LIKE bus000___i OCCURS 0 WITH HEADER LINE.
DATA: it_custo LIKE bus000_eew OCCURS 0 WITH HEADER LINE.
DATA: it_header TYPE bapibus1006_head OCCURS 0 WITH HEADER LINE.
DATA: it_centr TYPE bapibus1006_central OCCURS 0 WITH HEADER LINE.
DATA: g_bp LIKE bapibus1006_head-bpartner.
DATA: g_cat LIKE bapibus1006_head-partn_cat VALUE 1 .
DATA: it_guid LIKE bus000___i OCCURS 0 WITH HEADER LINE.
DATA: it_custo LIKE bus000_eew OCCURS 0 WITH HEADER LINE.
Using the UnderC Tokenizer Class
It s often necessary to parse complex text files, where standard i/o
is too clumsy. C programmers fall back on strtok(), but this can be
tricky to use properly. Besides, you are still responsible for keeping
strtok() fed with new input, and I don t like the schlepp.
Tokenizer is a text-parsing input stream, modelled after the (undocumented)
VCL TParser class, and based on the UnderC tokenizing preprocessor front-end.
UC Library Extensions
UnderC comes with a pocket implementation of the standard C++ libraries, which is a reasonably faithful subset. This documentation describes those UnderC functions and classes which are not part of the C++ standard.
UC Library
Builtin functions:
Most of these are standard C functions, but there are a few unique to the UnderC system which give you runtime access to the compiler. You may evaluate expressions, execute commands, compile code, etc.
* Expands the text in expr using the UnderC preprocessor, putting the result
into buff.
void uc_macro_subst(const char* expr, char* buff, int buffsize)
* Executes a UC #-command, like #l or #help.
uc_cmd() expects the name of the command, _without_ the hash,
e.g. uc_cmd("l fred.cpp") or uc_cmd("help").
void uc_cmd(const char* cmd)
* Evaluates any C++ expression or statement will return non-zero if
unsuccessful.
This a vhdl programme for realise an electron watch by max-plus II. The function includes time showing and time setting. It may be extended to other functions like alarming clock and so forth.
與MS-DOS兼容的DOS操作系統， FreeDOS like。
aldera OpenDOS Machine Readable Source Kit (M.R.S) 7.01
BUILDING THE MRS KIT
The Caldera OpenDOS MRS kit contains the following components: IBMBIO, IBMDOS and COMMAND
This book is an in-depth exploration into eVB s inherent features, and how to use them to solve likely mobile application programming tasks. After reading the book the reader will be able to write applications tackling a wide array of business problems for Windows CE-powered devices, both customized and for PocketPC and Handheld PC products. This book will help ease the transition into the language, and provide a reference for even more experienced developers.
