Manish Sharma

El r o Ganges, en el subcontinente indio, es uno de los que m s sedimentos transporta a los oc anos del mundo. La erosi n y la consiguiente carga de sedimentos son un peligro natural silencioso que puede afectar a los procesos hidr ulicos de un sistema fluvial. La tasa de erosi n f sica en la cuenca del Alaknanda es cinco veces superior a la media mundial, y el r o Alaknanda es uno de los principales suministradores de sedimentos al r o Ganges. La morfolog a fluvial podr a aportar valiosos datos sobre las caracter sticas hist ricas de la deformaci n tect nica de la regi n que se encuentra bajo l. Diferentes ndices geom rficos como la Integral Hipsom trica (Hi), el Coeficiente de Elongaci n de la Cuenca (Eb), la Asimetr a de la Cuenca de Drenaje (AF), el Perfil Longitudinal del R o, el Perfil Transversal, el ndice de Gradiente de la Corriente (SL) de la cuenca para desarrollar puntos de nudo en la cuenca. En este libro se investigaron los ndices geom rficos para caracterizar el patr n del terreno y comparar la cuenca hidrogr fica de los afluentes del r o Alaknanda, a saber, Birahi Ganga y el r o Nandakini.

The security and privacy of patient data has emerged as a critical concern, given the relevance of the qualities of the patient's information in EMR. Unauthorized access and unethical data manipulation could result in a large-scale medical and economic calamity. Many researchers have studied the security of big data over the last decade and developed many security models to protect data from malicious assaults and leakages. The researchers' security and privacy measures, on the other hand, are rigid and homogeneous in nature. However, because of the randomness and dynamism of big data, an adaptive and dynamic security architecture is required to deal with the uncertainty of data properties. Adaptive security is a solution to this challenge that provides a security strategy based on continuously examining behaviour and events and effectively adjusting to dangers before they materialize. The use of machine learning methods to propose an adaptable and dynamic security model in the health-care industry adds a lot of value to the existing security system.

Der Fluss Ganga auf dem indischen Subkontinent geh rt zu den Fl ssen mit dem gr ten Sedimenttransport in die Weltmeere. Erosion und die daraus resultierende Sedimentbelastung sind eine stille Naturgefahr, die die hydraulischen Prozesse in einem Flusssystem beeintr chtigen kann. Die physische Erosionsrate im Einzugsgebiet des Alaknanda ist f nfmal h her als der weltweite Durchschnitt, und der Alaknanda ist ein wichtiger Lieferant von Sedimenten f r den Ganga-Fluss. Die Flussmorphologie k nnte wertvolle Einblicke in die historischen Merkmale der tektonischen Deformation der darunter liegenden Region liefern. Verschiedene geomorphologische Indizes wie das hypsometrische Integral (Hi), das Dehnungsverh ltnis des Beckens (Eb), die Asymmetrie des Einzugsgebiets (AF), das L ngsprofil des Flusses, das Querprofil und der Gradientenindex des Flusses (SL) wurden f r das Wassereinzugsgebiet ermittelt, um Knickpunkte im Einzugsgebiet zu ermitteln. In diesem Buch wurden geomorphologische Indizes zur Charakterisierung des Gel ndemusters und zum Vergleich des Einzugsgebiets der Nebenfl sse des Alaknanda, n mlich des Birahi Ganga und des Nandakini River, untersucht.

Le Gange, dans le sous-continent indien, est l'un des fleuves qui transportent le plus de s diments vers les oc ans du monde. L' rosion et la charge s dimentaire qui en r sulte sont un risque naturel silencieux qui peut affecter les processus hydrauliques dans un syst me fluvial. Le taux d' rosion physique dans le bassin de l'Alaknanda est cinq fois plus lev que la moyenne mondiale, et la rivi re Alaknanda est un fournisseur majeur de s diments au fleuve Ganga. La morphologie de la rivi re peut fournir des informations pr cieuses sur les caract ristiques historiques de la d formation tectonique de la r gion sous-jacente. Diff rents indices g omorphologiques comme l'Int grale Hypsom trique (Hi), le Rapport d'Allongement du Bassin (Eb), l'Asym trie du Bassin Drainant (AF), le Profil Longitudinal de la Rivi re, le Profil Transversal, l'Indice de Gradient du Cours d'Eau (SL) pour le bassin versant afin de d velopper des points d'accroche dans le bassin. Dans ce livre, les indices g omorphiques ont t tudi s pour caract riser le mod le de terrain et comparer le bassin versant des affluents de la rivi re Alaknanda, savoir Birahi Ganga et Nandakini River.

The Logic of Love in The Canterbury Tales argues that Geoffrey Chaucer’s magnum opus draws inventively on the resources of late medieval logic to conceive of love as an "insoluble." Philosophers of the fourteenth century expended great effort to solve insolubilia, like the notorious Liar paradox, in order to decide upon their truth or falsity. For Chaucer, however, and in keeping with Christ’s admonition from the Sermon on the Mount, the lover does not judge – does not decide on – the beloved. Through a series of detailed and rigorously "non-judgmental" readings, Manish Sharma provides new insight into each of the prologues and tales and intervenes into scholarly debates about their collective import. In so doing, The Logic of Love in The Canterbury Tales deploys Chaucer’s understanding of charity to consider the limitations of modern critical approaches to The Canterbury Tales, including deconstruction, psychoanalysis, and gender theory. In the course of the analysis, Sharma shows not only how love and medieval philosophy together inform Chaucerian composition, but also how Chaucer could serve as a resource for contemporary theoretical reflections on love and ethics.

Is destiny above or karma? Does Love too requires proper management? or it happens co-incidentally? Does it require proper planning? Does love has its own colors and repercussions in small and metro cities respectively? Does love 'walk' according to personal & professional life? Such type of many questions kept haunting continuously Dinesh Gautam & his life till he ..... A well known T. V journalist and star anchor of a leading media house of country. Belongs to a small city (Gorakhpur) of India's largest state Uttar Pradesh, Dinesh came to Noida to become a star television Anchor & Journalist. Within a decade he got huge success, but in between was caught in 'narrow roads' of love.