La controverse autour du code des personnes et de la famille au Mali : enjeux et stratégies des acteurs

L’objectif de cette thèse est d’analyser et de comprendre la dynamique de la controverse autour de l’adoption en 2009 du code des personnes et de la famille au Mali. Elle s’intéresse particulièrement aux principaux enjeux, c'est-à-dire aux questions à l’origine de cette controverse ainsi qu’aux stratégies mises en place par les différents acteurs sociaux (les organisations islamiques et leurs alliés, d’une part, et d’autre part, les organisations féminines et les leurs) afin d’infléchir le processus. En plus du pourquoi et du comment de cette controverse, notre recherche visait à comprendre le bilan du processus tiré par les acteurs eux-mêmes, le sentiment qui les anime à l’issu de ce long processus, leur appréciation de leur expérience, et leur vision de l’avenir. Pour étudier cette problématique, nous avons choisi l’approche de l’action collective protestataire, laquelle s’inspire à la fois des théories de l’action collective, et de celles des mouvements sociaux et des dynamiques contestataires. Afin d’analyser les enjeux au cœur de cette controverse, les stratégies utilisées par les acteurs ainsi que leur bilan du processus, nous avons opté pour une démarche qualitative. En plus de la littérature grise, des articles de presse, documents audio et audiovisuels sur le sujet, notre travail de terrain de quatre mois dans la capitale malienne nous a permis de réaliser plusieurs entrevues auprès des acteurs impliqués dans ce processus. S’étendant de 1996 à 2011, soit seize ans, l’élaboration du code des personnes et de la famille au Mali fut un processus long, complexe, inhabituel et controversé. Les résultats de notre recherche révèlent que plusieurs enjeux, notamment sociaux, étaient au cœur de cette controverse : le «devoir d’obéissance » de la femme à son mari, la légalisation du mariage religieux, l’« égalité » entre fille et garçon en matière d’héritage et de succession et la reconnaissance de l’enfant naturel ont été les questions qui ont suscité le plus de débats. Si durant tout le processus, les questions relatives à l’égalité de genre, au respect des droits de la femme et de l’enfant, étaient les arguments défendus par les organisations féminines et leurs alliés, celles relatives au respect des valeurs religieuses (islamiques), sociétales ou socioculturelles maliennes étaient, par contre, mises de l’avant par les organisations islamiques et leurs alliés. Ainsi, si le discours des OSC féminines portait essentiellement sur le « respect de l’égalité des sexes » conformément aux engagements internationaux signés par le Mali, celui des OSC islamiques s’est, en revanche, centré sur le « respect des valeurs islamiques et socioculturelles » du Mali. Quant aux canaux de communication, les OSC féminines se sont focalisées sur les canaux classiques comme la presse, les radios, les conférences, entre autres. Les OSC islamiques ont également utilisé ces canaux, mais elles se sont distinguées des OSC féminines en utilisant aussi les prêches. Organisés généralement dans les mosquées et autres espaces désignés à cet effet, ces prêches ont consacré la victoire des OSC islamiques. Les radios islamiques ont joué elles aussi un rôle important dans la transmission de leurs messages. Pour ce qui est des stratégies d’actions, l’action collective qui a changé la donne en faveur des OSC islamiques (renvoi du code en seconde lecture, prise en compte de leurs idées), a été le meeting du 22 août 2009 à Bamako, précédé de marches de protestation dans la capitale nationale et toutes les capitales régionales du pays. Quant aux OSC féminines, elles n’ont mené que quelques actions classiques (ou habituelle) comme les pétitions, le plaidoyer-lobbying, les conférences-débats, au point que certains observateurs ont parlé de « stratégie d’inaction » chez elles. L’analyse a également révélé l’utilisation de stratégies inusitées de menaces et d’intimidation par certains acteurs du camp des OSC islamiques à l’endroit des partisans du code. Si chaque groupe d’acteurs a noué des alliances avec des acteurs locaux, les OSC féminines sont les seules à reconnaitre des alliances avec les acteurs extérieurs. Aujourd’hui, si la plupart des membres des OSC islamiques ne cachent pas leur satisfaction face à leur « victoire » et se présentent en « sauveur de la nation malienne », la plupart des membres des OSC féminines se disent, quant à elles, très « déçues » et « indignées » face à l’adoption du code actuel. Elles ne comprennent pas pourquoi d’un « code progressiste », le Mali s’est retrouvé avec un « code rétrograde et discriminatoire » envers les femmes. La thèse confirme non seulement la difficile conciliation entre droit coutumier, loi islamique et droit « moderne », mais également l’idée que le droit demeure l’expression des rapports de pouvoir et de domination. Enfin, notre recherche confirme la désormais incontournable influence des acteurs religieux sur le processus d’élaboration des politiques publiques au Mali.

Adolescents, neurosciences et prise de décisions médicales: devrions-nous revoir certaines dispositions du Code civil du Québec?

Article

L'exigence d'avis préalable au procureur général prévue à l'article 95 du Code de procédure civile

Cet article a précédemment été publié par la Revue du Barreau.

Inherent Powers of the High Court under Section 482 of the Code of Criminal Procedure 1973

This thesis is shows the result of the research work on the inherent Powers of the High Court in criminal jurisdiction. The criminal justice system in India recognizes inherent powers only of the High Court. The Theory and Philosophy of inherent powers are concerned the Distinction between civil and Criminal laws are of very little consequence. In formulating the research programme the confusion created by the concept of inherent powers and its application by High Court form the central point. How fully the concept is understood, how correctly the power is used, and how far it has enhanced the rationale of the administration of criminal justice, what is its importance and what are the solutions for the inherent power to earn a permanent status in the province of criminal jurisprudence are the themes of this study. The precipitation of new dimensions is the yardstick to acknowledge the inherent powers of the High Court and Supreme Court. It is of instant value in criminal justice system. This study concludes innovativeness provided by the inherent powers has helped the justice administration draw inspiration from the Constitution. A jurisprudence of inherent powers has developed with the weilding of inherent powers of the Supreme Court and the High Court. It is to unravel mystery of jurisprudence caused by the operation of the concept of inherent powers this research work gives emphasis. Its significance is all the more relevant when the power is exercised in the administration of criminal justice. Application or non application of inherent powers in a given case would tell upon the maturity and perfection of the standard of justice

A Cryptosystem Using the Concepts of Algebraic Geometric Code

Cryptosystem using linear codes was developed in 1978 by Mc-Eliece. Later in 1985 Niederreiter and others developed a modified version of cryptosystem using concepts of linear codes. But these systems were not used frequently because of its larger key size. In this study we were designing a cryptosystem using the concepts of algebraic geometric codes with smaller key size. Error detection and correction can be done efficiently by simple decoding methods using the cryptosystem developed. Approach: Algebraic geometric codes are codes, generated using curves. The cryptosystem use basic concepts of elliptic curves cryptography and generator matrix. Decrypted information takes the form of a repetition code. Due to this complexity of decoding procedure is reduced. Error detection and correction can be carried out efficiently by solving a simple system of linear equations, there by imposing the concepts of security along with error detection and correction. Results: Implementation of the algorithm is done on MATLAB and comparative analysis is also done on various parameters of the system. Attacks are common to all cryptosystems. But by securely choosing curve, field and representation of elements in field, we can overcome the attacks and a stable system can be generated. Conclusion: The algorithm defined here protects the information from an intruder and also from the error in communication channel by efficient error correction methods.

Data Security in Fault Tolerant Hard Real Time Systems- Use of Time Dependant Multiple Random Cipher Code

The present research problem is to study the existing encryption methods and to develop a new technique which is performance wise superior to other existing techniques and at the same time can be very well incorporated in the communication channels of Fault Tolerant Hard Real time systems along with existing Error Checking / Error Correcting codes, so that the intention of eaves dropping can be defeated. There are many encryption methods available now. Each method has got it's own merits and demerits. Similarly, many crypt analysis techniques which adversaries use are also available.

An Error-Localization, Validation and Optimization Tool for Embedded Code Augmentation: an Architecture Oriented Approach

Embedded systems are usually designed for a single or a specified set of tasks. This specificity means the system design as well as its hardware/software development can be highly optimized. Embedded software must meet the requirements such as high reliability operation on resource-constrained platforms, real time constraints and rapid development. This necessitates the adoption of static machine codes analysis tools running on a host machine for the validation and optimization of embedded system codes, which can help meet all of these goals. This could significantly augment the software quality and is still a challenging field.Embedded systems are usually designed for a single or a specified set of tasks. This specificity means the system design as well as its hardware/software development can be highly optimized. Embedded software must meet the requirements such as high reliability operation on resource-constrained platforms, real time constraints and rapid development. This necessitates the adoption of static machine codes analysis tools running on a host machine for the validation and optimization of embedded system codes, which can help meet all of these goals. This could significantly augment the software quality and is still a challenging field.Embedded systems are usually designed for a single or a specified set of tasks. This specificity means the system design as well as its hardware/software development can be highly optimized. Embedded software must meet the requirements such as high reliability operation on resource-constrained platforms, real time constraints and rapid development. This necessitates the adoption of static machine codes analysis tools running on a host machine for the validation and optimization of embedded system codes, which can help meet all of these goals. This could significantly augment the software quality and is still a challenging field.Embedded systems are usually designed for a single or a specified set of tasks. This specificity means the system design as well as its hardware/software development can be highly optimized. Embedded software must meet the requirements such as high reliability operation on resource-constrained platforms, real time constraints and rapid development. This necessitates the adoption of static machine codes analysis tools running on a host machine for the validation and optimization of embedded system codes, which can help meet all of these goals. This could significantly augment the software quality and is still a challenging field.This dissertation contributes to an architecture oriented code validation, error localization and optimization technique assisting the embedded system designer in software debugging, to make it more effective at early detection of software bugs that are otherwise hard to detect, using the static analysis of machine codes. The focus of this work is to develop methods that automatically localize faults as well as optimize the code and thus improve the debugging process as well as quality of the code.Validation is done with the help of rules of inferences formulated for the target processor. The rules govern the occurrence of illegitimate/out of place instructions and code sequences for executing the computational and integrated peripheral functions. The stipulated rules are encoded in propositional logic formulae and their compliance is tested individually in all possible execution paths of the application programs. An incorrect sequence of machine code pattern is identified using slicing techniques on the control flow graph generated from the machine code.An algorithm to assist the compiler to eliminate the redundant bank switching codes and decide on optimum data allocation to banked memory resulting in minimum number of bank switching codes in embedded system software is proposed. A relation matrix and a state transition diagram formed for the active memory bank state transition corresponding to each bank selection instruction is used for the detection of redundant codes. Instances of code redundancy based on the stipulated rules for the target processor are identified.This validation and optimization tool can be integrated to the system development environment. It is a novel approach independent of compiler/assembler, applicable to a wide range of processors once appropriate rules are formulated. Program states are identified mainly with machine code pattern, which drastically reduces the state space creation contributing to an improved state-of-the-art model checking. Though the technique described is general, the implementation is architecture oriented, and hence the feasibility study is conducted on PIC16F87X microcontrollers. The proposed tool will be very useful in steering novices towards correct use of difficult microcontroller features in developing embedded systems.

RRNS-convolutional encoded concatenated code for OFDM based wireless communication

The modern telecommunication industry demands higher capacity networks with high data rate. Orthogonal frequency division multiplexing (OFDM) is a promising technique for high data rate wireless communications at reasonable complexity in wireless channels. OFDM has been adopted for many types of wireless systems like wireless local area networks such as IEEE 802.11a, and digital audio/video broadcasting (DAB/DVB). The proposed research focuses on a concatenated coding scheme that improve the performance of OFDM based wireless communications. It uses a Redundant Residue Number System (RRNS) code as the outer code and a convolutional code as the inner code. The bit error rate (BER) performances of the proposed system under different channel conditions are investigated. These include the effect of additive white Gaussian noise (AWGN), multipath delay spread, peak power clipping and frame start synchronization error. The simulation results show that the proposed RRNS-Convolutional concatenated coding (RCCC) scheme provides significant improvement in the system performance by exploiting the inherent properties of RRNS.

Code clones in program test sequence identification

Code clones are portions of source code which are similar to the original program code. The presence of code clones is considered as a bad feature of software as the maintenance of software becomes difficult due to the presence of code clones. Methods for code clone detection have gained immense significance in the last few years as they play a significant role in engineering applications such as analysis of program code, program understanding, plagiarism detection, error detection, code compaction and many more similar tasks. Despite of all these facts, several features of code clones if properly utilized can make software development process easier. In this work, we have pointed out such a feature of code clones which highlight the relevance of code clones in test sequence identification. Here program slicing is used in code clone detection. In addition, a classification of code clones is presented and the benefit of using program slicing in code clone detection is also mentioned in this work.

Offline Handwritten Malayalam Character Recognition Based on Chain Code Histogram

Optical Character Recognition plays an important role in Digital Image Processing and Pattern Recognition. Even though ambient study had been performed on foreign languages like Chinese and Japanese, effort on Indian script is still immature. OCR in Malayalam language is more complex as it is enriched with largest number of characters among all Indian languages. The challenge of recognition of characters is even high in handwritten domain, due to the varying writing style of each individual. In this paper we propose a system for recognition of offline handwritten Malayalam vowels. The proposed method uses Chain code and Image Centroid for the purpose of extracting features and a two layer feed forward network with scaled conjugate gradient for classification

Matlab Code for Modulators

Considers Sampling, Pulse Amplitude Modulation, Multiple Access, Quantisation, Pulse Coded Modulation, Manchester Line Coding, Amplitude Modulation, Double SideBand Suppressed Carrier Modulation, Quadrature Amplitude Modulation and M-ary Shift Keying.

Matlab Code for Entropy Coding

Considers Huffman coding and arithmetic coding

eHandbook-eFolio Module Import code

Code required to perform an import of module information from eFolio and output it into a single page. Within the context of eHandbook: this page is called via an iFrame to display module information as part of the handbook (and to avoid any duplication of content).

Safety information and dress code for practical sessions

This resource is for Health Scientists