Boot Mode Research Articles

A Case Study of Network Mobility (NEMO-BSP) Integration with Leo Constellation System

Introduction: This manuscript is explicating the mutual compatibility of boot modes in a computer system and partition-ing styles of Hard Disk Drive. Most of us are familiar with these terms and know a little about these. Method: This manuscript contains the ample information about the boot modes of a computer system and partitioning styles of Hard Disk Drive (HDD) and their related configuration through which we get to know about their configuration and endurability. It also contains some practically verified case studies of the problems which occur due to the wrong con-figuration of boot modes and partitioning styles, though there are lot more but the most common ones are discussed along with their solutions. Result: In order to achieve the compatibility, it might require to convert the primary HDD into either GPT or MBR parti-tioning schemes. It should be marked that this interconversion wipes data on HDD, so cautiously the data on the hard drive must be backed-up before any conversion process. Conclusion: The information contained had been practically verified and is helpful in coping with the newer technology trends which contains more features along with backward compatibility. Keywords: Mobile IPv4, Mobile IPv6, NEMO, QoS, NS-2. Discussion: Right now passengers of flight are forced to interact with flight’s pre-recorded entertainment system. Most of the passenger airlines do not allow a passenger to use the internet or any other type of interaction with the ground while during the flight. They force passengers to even switch their mobile to FLIGHT MODE so that there is no active commu-nication between a passenger and the remaining world.

Compatibility Study of Installation of an Operating System with Boot Modes and Partitioning Styles Configuration

Introduction: This manuscript is explicating the mutual compatibility of boot modes in a computer system and partitioning styles of Hard Disk Drive. Most of us are familiar with these terms and know a little about these. Methods: This manuscript contains ample information about the boot modes of a computer system and partitioning styles of Hard Disk Drive (HDD) and their related configuration through which we get to know about their configuration and endurability. It also contains some practically verified case studies of the problems which occur due to the wrong configuration of boot modes and partitioning styles, though there are a lot more, the most common ones are discussed along with their solutions. Result: In order to achieve the compatibility, it might require to convert the primary HDD into either GPT or MBR partitioning schemes. It should be marked that this interconversion wipes data on HDD, so cautiously the data on the hard drive must be backed-up before any conversion process. Discussion: This is helpful when the system is equipped with the latest configuration, i.e., UEFI, and if there is a need to install an older operating system that does not support UEFI boot mode (for example, Windows XP), then CSM can help. In addition, some graphics cards (for example, GTX 680) do not support UEFI and hence, require CSM to boot. This means that the CSM can help as a runner for all that hardware configuration (in an updated system with new configuration), which can run only through legacy BIOS configuration. Conclusion: The information contained had been practically verified and is helpful in coping with the newer technology trends which contains more features along with backward compatibility.

Passe-Partout: A General Collection Methodology for Android Devices

Like computers, mobile devices are both used to commit and are the subject of crimes. Digital forensics collection and analysis techniques need to adapt to cope with the unique characteristics of mobile devices. Fortunately, the rapid adoption of such devices has also resulted in a relatively homogeneous set of software platforms. In this paper, we describe a general methodology for performing digital forensic data collection on Android-based devices. By re-purposing a special Android boot mode, comprehensive extraction of evidence, with minimal potential for data corruption or omission, is possible.

Геометрические параметры порции комбикорма при транспортировке цепочно-дисковым транспортером

Chain- disc conveyors are widely used in the organization of the distribution of fodder for livestock farms of different types due to the simplicity of design and high reliability conveyors of this type. The portion of mixed fodder, transported by chain- disc transporter, is characterized by the following geometric parameters: the length of the l1and l2sections, the angle forming the bulk of the slope, the radius R of the cylindrical part of the piece is equal to the radius of the conveyor fodder line. In accordance with the kinds of the transported forms of the bulk of the body, the mode of the chain- disk conveyor can be divided into three types: an unloaded conveyor, loaded conveyor, overloaded conveyor. The volume of fodder portions may be expressed as a function of the length of the cylindrical portion l1. When fodder’s driving on a gently sloping portions of conveyor sections, this function will have a different appearance under different loading modes. With the change in the angle of the conveyor, the character depending on the length of the cylindrical portion is not changed, only change the boundaries of reality functions for different boot modes. At the angle of inclination of the conveyor х = 400, the total angle of the slope forming the bulk φ+х = 900, i.e., the forming plane flatness becomes perpendicular to the axis of the conveyor, and a granular body takes the form of a cylinder. With such tilted of transporter, body particulate volume is a linear function of its length, and the conveyor operates in the linear regime only boot.

Task Download Technique Research of Ethernet Parallel System Based on Multi-DSP

In order to accomplish the real-time simulation application of embedded Ethernet parallel system, the DSP boot mode and the loading process are researched according to the analysis of the parallel simulation system structure and the basic characteristic of BF548 loader file structure. It has proposed a multiple-load method which is a kind of download method based on initialization code. Task program can automatic download after DSP launched in this way, and the problem of complex download procedure of DSP parallel system is solved. Through the actual test, the feasibility and validity of the download method have been verified, that provide a convenient and flexible experimental method and implementation technique of parallel simulation.

Toward a general collection methodology for Android devices

The Android platform has been deployed across a wide range of devices, predominately mobile phones, bringing unprecedented common software features to a diverse set of devices independent of carrier and manufacturer. Modern digital forensics processes differentiate collection and analysis, with collection ideally only occurring once and the subsequent analysis relying upon proper collection. After exploring special device boot modes and Android’s partitioning schema we detail the composition of an Android bootable image and discuss the creation of such an image designed for forensic collection. The major contribution of this paper is a general process for data collection of Android devices and related results of experiments carried out on several specific devices.

Speech command recognition using a system based on the digital signal processor TMS320F2812 of Texas Instruments.

This paper describes the hardware design of a multi‐purpose electronic system for speech command recognition based on the digital signal processor TMS320F2812 of Texas Instruments. In the paper, we utilize this system for speech command recognition. Specifically, we design and build an electronic system capable of recognizing speech commands. The main blocks are a power source, oscillator, adc, amplifier, jtag, reset boot mode, and monitor LED. The technique used for recognition is a multi section vector quantization, which is a well known technique in the field. This was selected over techniques such as discrete hidden Markov models (HMMs), Gaussian mixture models, or dynamic time warping. It is faster and equally precise compared to these techniques for the purpose of a very limited vocabulary, although we are aware that several types of HMMs are the techniques more widely used until now for continuous speech recognition systems. Preliminary tests for five words give us a rate of 96% in recognition accuracy for 10 repetitions for training and 10 for testing (one subject, under a 20 dB of signal‐to‐noise ratio). In these months, the system will be tested for more words and subjects. Also, it will be tested in real situations.