Probability With a View Towards Statistics, Volume I

"...an exceptionally thorough and scholarly treatise on modern probability and selected major topics in mathematical statistics. The volumes provide an exciting and potentially profitable opportunity, both for reading and teaching...a fresh and exciting opportunity for researchers, instructors and students a like...the high quality of the main material made it difficult for me to put the books down long enough to complete this review."-Publication of the International Statistical Institute"...a useful text for library shelves and reference."-Journal of the Royal Statistical Society"...This is one of the few monographs which combines a deep and rigorous treatment of measure theory on the one hand with applications on the other hand."-Zbl. Math.

Autorentext
J. Hoffman-Jorgensen

Klappentext
Part of a two-volume text and reference work, this volume begins by providing a foundation in measure and integration theory. It then offers a systematic introduction to probability theory, particularly those parts that are used in statistics.

Zusammenfassung
Volume I of this two-volume text and reference work begins by providing a foundation in measure and integration theory

Inhalt
1: Design and planning of surface and underground mines; 1: Assessment of vibration measurements due to blasting of the hard formations at the South Field Lignite Mine, Ptolemais, Greece; 2: The transportation planning to the new panel of the longwall mechanized equipment in Tunçbilek Coal Mine; 3: New design approaches for mine ore passes based on reduced-scale laboratory testing, field experiments and computer modeling; 4: Assessment of explosive performance by detonation velocity measurements in Turkey; 5: A contribution to a better design and control of surface blasting; 6: Investigation of interrelationship of internal and external factors and parameters of 'opencast' system; 7: Geological modeling and mine planning for dimension stone quarries; 8: Planning nuggety vein-gold operations: Underground exploration, bulk sampling and resource reporting; 9: EOLAVAL, a mine ventilation planning tool; 10: The influence of strategic development options on the long-term quality variation of mined lignite The case of the South Field Mine in Ptolemais, Greece; 11: Open stope cavity monitoring for the control of dilution and ore loss; 12: Methane safety of coal mining; 13: Analyses of valley fill stability and spoil handling techniques in mountainous areas; 14: The minimum total cost approach to optimum pit slope design; 15: Drivage of a new incline with a roadheader at Ombilin Coal Mine, Indonesia; 16: Design process and equipment selection for auxiliary ventilation systems; 17: Conceptual solution of the excavation method in 'Biochki stan' mine in Niksic, Yugoslavia; 18: Optimization of toe in bench Blasting A practical view; 19: Selection of fan or fan location in ventilation of long drivages; 20: Prediction of Sarcheshmeh copper mine Blasting operation effects on nearby structure; 21: Development of the decentralized control mathematical model for the potash mine transport system; 22: Estimation of the situation in the mining output area; 23: Optimal development of the quarry's working zone by the complex deposits exploitation; 24: A combined method for the analysis of mine ventilation networks; 25: Water balance and genesis of the inflows to some mines in Poland; 26: Measurement base for mine ventilation flow rate control-acoustic choice; 27: Geolog Integrated system for the mining industry; 28: Mine design changes at Silver and Baryte's bauxite operation; 29: Planing the safety in mines; 30: Technological wells schemes and location parameters optimization for uranium geotechnology; 2: Mining geostatistics and mine optimisation; 31: Indicator kriging approach to hazard definition ahead of coal mine development headings; 32: Geostatistical simulation: A framework to forecast fluctuations during mining; 33: Estimation of volumes of stripping and winning operations at opencasts using solid graphs; 34: Propsects for Zn-Pb ore mining in Poland with regard to ore quality in discovered deposits; 35: Changes of selected parameters of coal quality in fault zones in the Upper Silesian Coal Basin, Poland; 36: Linear programming model applied to scheduling of iron ore production at the Kiruna Mine, Sweden; 37: Geostatistical ore reserves estimation in deposits of variable dip: Application on a manganese deposit; 38: Resource and reserve analysis of Hasançelebi Iron Ore deposit, Turkey; 39: Geostatistical characterization of thermal impacts from floodplain mining; 40: GEMNet II An alternative method for grade estimation; 41: Open pit design optimisation of a lignite deposit; 42: Indices of mineral raw materials use by different technological processes; 43: Geostatistical analysis and interpretation of the geotechnical properties of rock massif, Ceará State, Brazil; 44: A statistical approach to the thermogravimetric characteristics of Turkish coals; 3: Geotechnical stability in surface and underground mines; 45: LAMODEL A boundary element program for coal mine design; 46: An improved approach to the room and pillar design: A case study from Zambia; 47: A primary stress state within deep shaft lining based on numerical modeling; 48: Determination of capacity of powered supports for a longwall face of a thick coal seam; 49: Some aspects about the prognosis of the ground deformations for the ore deposits; 50: Room and pillar design of Istanbul-Yenikoy coal field using finite element method; 51: Geomechanical situation at horizontal working connection; 52: Determination of behaviours of loads distribution on pillars when overlapping ledges mining; 53: Influence of Blast on stability of elements of mine methods when repeated mining of deposits; 54: Geotechnical features for quarrying abandoned underground marble voids: The Monte Altissimo example, Apuane Range; 55: Stability analysis of Maydook Copper mine; 56: The effect of shock load on the stability of tunnels; 57: Geomechanical analysis using simulated 3D natural joint networks; 58: Practical applicability of steel wire cable sensor for rock fall detection; 59: Definition of the roof strata movements in longwall mining method; 60: PREGAL A program for choosing rockbolt support systems; 61: Plastic zones within the rock mass as a function of the shaft lining resistance; 62: High density spatial data collection for monitoring of steep wall movements; 63: Highwall mining system with backfilling; 64: The geomechanics and mine planning: A case study; 65: DB-BASE: A geomechanical database for destress Blasting applications in hard rock mines; 66: A method for analyzing and designing frictional rock bolting systems in room-and-pillar mining; 67: An application of integrated measuring technique for rock pressure determination in coal mines; 68: A case study for an open pit coal mine induced slope failure affecting an industrial plant in Turkey; 69: Optimisation of longwall face advance rate; 70: Major causes of accidents in tailing dam due to geological and geotechnical factors; 71: The importance of interlayer friction on the stability of underground bedded roofs; 72: Distribution of discontinuities in Jakub?ovice mine, South West of Ostrava City, Czech Republic; 73: Stability monitoring of open pit mines in Australia using GPS; 74: Modelling of discontinuity surface roughness by digital photogrammetry and geostatistical methods; 75: A critical assessment of an exploration pilot tunnel in adverse geological conditions: A case study; 76: Finite element modeling of underground openings in bedded rock; 77: Methods computer modelling and analysis of geomechanical processes; 78: Geotechnical investigations during underground tailing storage; 4: Mine evaluation Financial and management issues; 79: Management of underground mine economy in the period of mining activity damping; 80…

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