On Not Showing Dostoevskii’s Work: Robert Bresson’s Pickpocket

Author(s):  
Olga Peters Hasty

This chapter focuses on Robert Bresson’s engagement of Dostoevskii’s Crime and Punishment in his 1959 film The Pickpocket. It argues that although Bresson suppresses Dostoevskii’s emphasis on psychology in favor of his own ascetic cinematic style, he nevertheless locates important points of contact with the novelist’s existentialist questions and concern for alienation from others. Bresson’s replacement of the murder of a pawnbroker with the crime of pickpocketing recalls another Dostoevskian novel, The Gambler, in which the protagonist tests himself against fate through risky bets at the roulette wheel that, similarly to Raskolnikov and Bresson’s hero Michel, enslave him in a compulsion that erodes his selfhood.

2011 ◽  
Author(s):  
Cassandra Willyard
Keyword(s):  

2014 ◽  
Vol 13 (1) ◽  
pp. 4127-4145
Author(s):  
Madhushi Verma ◽  
Mukul Gupta ◽  
Bijeeta Pal ◽  
Prof. K. K. Shukla

Orienteering problem (OP) is an NP-Hard graph problem. The nodes of the graph are associated with scores or rewards and the edges with time delays. The goal is to obtain a Hamiltonian path connecting the two necessary check points, i.e. the source and the target along with a set of control points such that the total collected score is maximized within a specified time limit. OP finds application in several fields like logistics, transportation networks, tourism industry, etc. Most of the existing algorithms for OP can only be applied on complete graphs that satisfy the triangle inequality. Real-life scenario does not guarantee that there exists a direct link between all control point pairs or the triangle inequality is satisfied. To provide a more practical solution, we propose a stochastic greedy algorithm (RWS_OP) that uses the roulette wheel selectionmethod, does not require that the triangle inequality condition is satisfied and is capable of handling both complete as well as incomplete graphs. Based on several experiments on standard benchmark data we show that RWS_OP is faster, more efficient in terms of time budget utilization and achieves a better performance in terms of the total collected score ascompared to a recently reported algorithm for incomplete graphs.


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