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A2010-578 Assess: Fundamentals of Applying Tivoli Service Availability/Performance Ma

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Test Code : A2010-578
Test Name : Assess: Fundamentals of Applying Tivoli Service Availability/Performance Ma
Vendor Name : IBM
: 120 Real Questions

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linked Healthcare Market 2019 Highlights and Fundamentals – Accenture, IBM, SAP, GE Healthcare, Oracle, Microsoft, Airstrip expertise, Medtronic | killexams.com Real Questions and Pass4sure dumps

Harrisburg, NC -- (SBWIRE) -- 01/23/2019 -- world connected HEALTHCARE MARKET size, fame AND FORECAST 2019-2025

The record provides a helpful source of insightful facts for enterprise strategists and aggressive evaluation of connected Healthcare Market. It provides the linked Healthcare industry overview with increase evaluation and futuristic cost, salary and many other features. The research analysts give an complicated description of the price chain and its distributor evaluation. This linked Healthcare look at gives complete information which reinforces the figuring out, scope and utility of this document.

in keeping with the report, global related healthcare market turned into valued at about USD 1,860.26 million in 2017 and is anticipated to generate income of round USD 10,798.45 million with the aid of end of 2025, growing at a CAGR of round 27.forty seven% between 2018 and 2025.

The file presents the market aggressive landscape and a corresponding designated evaluation of the primary dealer/key avid gamers out there. accurate organizations within the world linked Healthcare Market: Accenture, IBM, SAP, GE Healthcare, Oracle, Microsoft, Airstrip expertise, Medtronic, Allscripts, Boston Scientific, Athenahealth, Cerner, Philips, Agamatrix, Qualcomm, AliveCor and others.

click the hyperlink to get a free sample copy of the report:https://www.marketinsightsreports.com/experiences/01181057103/international-related-healthcare-market-dimension-status-and-forecast-2019-2025/inquiry?supply=releasewire&Mode=34

world linked HEALTHCARE MARKET split via PRODUCT class AND functions:

This report segments the world linked Healthcare market on the foundation of types are:TelemedicineHome MonitoringAssisted LivingClinical Monitoring

On the basis of software, the international related Healthcare market is segmented into:analysis and TreatmentMonitoring ApplicationsEducation and AwarenessWellness and PreventionHealthcare ManagementOthers

REGIONAL analysis FOR connected HEALTHCARE MARKET:

For complete knowing of market dynamics, the world related Healthcare market is analyzed across key geographies namely: united states, China, Europe, Japan, South-east Asia, India and others. each and every of those areas is analyzed on groundwork of market findings throughout main countries in these regions for a macro-stage realizing of the market.

have an effect on OF THE connected HEALTHCARE MARKET file:-complete assessment of all opportunities and chance in the linked Healthcare market.- connected Healthcare market fresh improvements and major routine.-precise study of business strategies for increase of the linked Healthcare market-leading players.-Conclusive analyze about the increase plot of related Healthcare market for coming near near years.-In-depth knowing of related Healthcare market-specific drivers, constraints and essential micro markets.-favourable impact interior essential technological and market latest trends awesome the connected Healthcare market.

The record has 150 tables and figures browse the report description and TOC:https://www.marketinsightsreports.com/stories/01181057103/world-linked-healthcare-market-measurement-status-and-forecast-2019-2025?source=releasewire&Mode=34

WHAT ARE THE MARKET components which are defined within the file?

-Key Strategic tendencies: The analyze also contains the key strategic tendencies of the market, comprising R&D, new product launch, M&A, agreements, collaborations, partnerships, joint ventures, and regional growth of the main opponents operating available in the market on a global and regional scale.

-Key Market points: The record evaluated key market elements, including revenue, fee, skill, capacity utilization fee, gross, creation, construction rate, consumption, import/export, provide/demand, can charge, market share, CAGR, and gross margin. furthermore, the look at presents a comprehensive analyze of the important thing market dynamics and their latest developments, along with pertinent market segments and sub-segments.

-Analytical equipment: The world connected Healthcare Market record comprises the precisely studied and assessed facts of the key trade avid gamers and their scope out there via ability of a number of analytical equipment. The analytical equipment reminiscent of Porter's five forces analysis, SWOT analysis, feasibility study, and funding return analysis had been used to investigate the increase of the important thing gamers operating out there.

Customization of the file: This file can also be custom-made as per your needs for additional data as much as 3 groups or international locations or 40 analyst hours.Please connect with their income group ([email protected]).

ABOUT US:MarketInsightsReports provides syndicated market analysis on industry verticals including Healthcare, suggestions and communique know-how (ICT), technology and Media, chemical compounds, materials, power, Heavy industry, etc. MarketInsightsReports provides global and regional market intelligence coverage, a 360-diploma market view which includes statistical forecasts, aggressive landscape, exact segmentation, key developments, and strategic techniques.

CONTACT US: Irfan Tamboli (Head of revenue) - Market Insights ReportsPhone: + 1704 266 3234 | +91-750-707-8687[email protected] | [email protected]

For more tips on this press release talk over with: http://www.sbwire.com/press-releases/linked-healthcare-market-2019-highlights-and-fundamentals-accenture-ibm-sap-ge-healthcare-oracle-microsoft-airstrip-expertise-medtronic-1129108.htm

Irfan TamboliSales HeadMarket Insights ReportsTelephone: 1-704-266-3234Email: click to email Irfan TamboliWeb: https://www.marketinsightsreports.com/


utility administration functions Market to surge US$ 27.50 Billion by 2023 | killexams.com Real Questions and Pass4sure dumps

Feb 07, 2019 (Heraldkeeper by way of COMTEX) -- manhattan, February 07, 2019: The international software administration services Market is expected to exceed more than US$ 32.5 Billion via 2024 at a CAGR of 21% within the given forecast duration.The scope of the report includes an in depth analyze of international and regional markets on software administration functions Market with the reasons given for variations within the growth of the business in certain areas.The report covers designated aggressive outlook including the market share and company profiles of the important thing members working in the global market. Key players profiled in the file consist of akin to Cognizant (US), Atos (France), Accenture (Republic of eire), Capgemini (France), Fujitsu (Japan),HCL (India), DXC (US), IBM (US), Tech Mahindra (India) and Wipro (India). company profile includes assign comparable to enterprise summary, financial summary, company strategy and planning, SWOT evaluation and current tendencies.you could Browse Full file: https://www.marketresearchengine.com/software-management-capabilities-market

A more associated commercial center has made overseeing enterprise greater at a loss for words. huge measures of guidance now attainable to the company are each a controversy to convey and an opportunity to searching for. software administration functions potential which assigns the administrations of massive business software administration contributed by means of diverse associations to corporations that should outsource their assignment software administration approaches. The associations that soak up the application administration carrying out have their IT abilities and have the mastery of comparative application administration for distinctive companies working in a similar area of business.

The restraining components of world application administration features Market are as follows:

Imbalance or excessive prices within the application security budget will offset the IT utility budgetApplication management is a time vicious processOrganizations are mainly worried of software statistics securityLot of complications in operational and Architectural implementationThe main riding elements of global application administration capabilities Market are as follows:

predominant part of the software management approach is cloud computingProliferation of cellular Apps Demand amazing cellular App management features and Emergence of Byod.Unexplored possibilities can be paved by means of open sourced technologyPresence of gigantic number of common functions which offer massive profit opportunitiesTime-To-Market is accelerated because of increasing want for enterprise AgilityThe global utility management services Market has been segmented as below:

The global software administration functions Market is Segmented on the traces of corporation size analysis, provider analysis, Vertical analysis and Regional evaluation. by firm measurement analysis this market is segmented on the foundation of Small and Medium-Sized enterprises and big organizations. through service analysis this market is segmented on the basis of application safety, application Integration, software Portfolio evaluation, net utility safety, cellular software protection, application Modernization, Cloud utility Migration, utility Replat forming, UI Modernization, utility Managed features and software upkeep and help.

via Vertical analysis this market is segmented on the groundwork of executive, Retail and eCommerce, Banking, financial functions, and coverage (BFSI), Telecom and IT, Manufacturing, Healthcare and Lifesciences, power and Utilities and Others (go back and forth and Hospitality, education, and Transport and Logistics, Media and leisure). by Regional analysis this market is segmented on the groundwork of North the us, Europe, Asia-Pacific and relaxation of the world.

This record gives:

1) a top level view of the global marketplace for application management features Market and related applied sciences.2) Analyses of international market trends, with facts from 2015, estimates for 2016 and 2017, and projections of compound annual boom rates (CAGRs) via 2024.3) Identifications of recent market opportunities and centered promotional plans for utility administration services Market.4) discussion of research and construction, and the demand for brand spanking new items and new applications.5) comprehensive enterprise profiles of main avid gamers in the business.

Request sample file from here:https://www.marketresearchengine.com/utility-administration-capabilities-market

desk of Contents:

1 Introduction2 Market analysis tactics

3 Market abstract

4 pleasant Market Insights

5 software administration features Market Overview

6 Regulatory Market Synopsis7 software management features Market, with the aid of Service8 application management capabilities Market, by means of company Size9 utility administration features Market, through Vertical

10 application administration functions Market, by way of Geographic Region11 aggressive Landscape12 enterprise Profiles(enterprise Overview, Product Portfolio, fiscal Overview, Key Devolopements)*12.1 Accenture12.2 ATOS12.three Capgemini12.four Cognizant12.5 Fujitsu12.6 DXC12.7 HCL12.8 IBM12.9 Tech Mahindra12.10 Wipro

different connected Market analysis studies:

Case management Market is meant to reach US$ 7.0 Billion by way of 2023

supplier possibility management Market is expected to Get US$ 6 Billion by using 2023

Media Contact

enterprise identify: Market analysis Engine

Contact adult: John Bay

electronic mail:john@marketresearchengine.com

telephone: +1-855-984-1862

country: united states

web site: https://www.marketresearchengine.com/


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Resilience and efficiency in transportation networks | killexams.com real questions and Pass4sure dumps

Abstract

Urban transportation systems are vulnerable to congestion, accidents, weather, special events, and other costly delays. Whereas typical policy responses prioritize reduction of delays under normal conditions to improve the efficiency of urban road systems, analytic support for investments that improve resilience (defined as system recovery from additional disruptions) is still scarce. In this effort, they represent paved roads as a transportation network by mapping intersections to nodes and road segments between the intersections to links. They built road networks for 40 of the urban areas defined by the U.S. Census Bureau. They developed and calibrated a model to evaluate traffic delays using link loads. The loads may be regarded as traffic-based centrality measures, estimating the number of individuals using corresponding road segments. Efficiency was estimated as the average annual delay per peak-period auto commuter, and modeled results were found to be close to observed data, with the notable exception of New York City. Resilience was estimated as the change in efficiency resulting from roadway disruptions and was found to vary between cities, with increased delays due to a 5% random loss of road linkages ranging from 9.5% in Los Angeles to 56.0% in San Francisco. The results demonstrate that many urban road systems that operate inefficiently under normal conditions are nevertheless resilient to disruption, whereas some more efficient cities are more fragile. The implication is that resilience, not just efficiency, should be considered explicitly in roadway project selection and justify investment opportunities related to disaster and other disruptions.

INTRODUCTION

Existing roadway design standards emphasize the efficient movement of vehicles through a transportation network (1–4). Efficiency in this context may include identification of the shortest or fastest route (1, 5–7), or the route that minimizes congestion (8). It is the primary criterion on which road networks are modeled and design alternatives are considered (6, 7, 9, 10). The Texas A&M Transportation Institute defines and reports traffic delay in urban areas as the annual delay per auto commuter (11). Other studies define efficiency as delay for the individual driver in terms of time spent moving or stopped (7), or mean travel time between all origin-destination pairs in the network (9). However, as the experience of any motorist in large American cities can attest, conditions beyond the scope of the roadway design, including congestion, accidents, bad weather, construction, and special events (for example, a marathon race), can cause costly delays and frustrating inefficiencies that result in fuel waste, infrastructure deterioration, and increased pollution (12, 13). Evaluating road networks based only on efficiency under normal operating conditions results in little to no information about how the system performs under suboptimal or disrupted conditions.

Infrastructure systems that exhibit adaptive response to stress are typically characterized as resilient (14–21). Given the essential role of transportation in emergency response, provision of essential services, and economic well-being, the resilience of roadway networks has received increasing policy attention. Nonetheless, scholars have yet to converge on a shared understanding of resilience suitable to guide design, operation, and reconstruction of roadway networks. Although resilience in infrastructure systems is characterized as a multidimensional concept (22, 23), in many engineering and civil infrastructure implementations, resilience is defined as the ability of a system to prepare for, absorb, recover from, and adapt to disturbances (16). Specific to transportation, resilience has been defined as “the ability of the system to maintain its demonstrated level of service or to restore itself to that level of service in a specified timeframe” (24). Others describe transportation resilience as simply the ability of a system to minimize operational loss (25) or use the term synonymously with robustness, redundancy, reliability, or vulnerability (26–28).

Current efforts in transportation resilience research have focused on framework development and quantification methods. These efforts include the specification of resilience indicators, such as total traffic delay (24), economic loss (29), post-disaster maximum flow (30), and autonomous system components (31). Practical concerns with this type of resilience evaluation are that it relies on uncertain performance data and often omits indicators that are unquantifiable (19). Other resilience approaches apply traffic network modeling to identify locations for critical buildings (for example, hospitals and fire stations) (32), minimize trip distance for individual passengers (33), and minimize travel time across the system (12). One drawback of existing network resilience methods is that they are data-intensive, often requiring limited information about resources for unusual road system repair (26, 28) or network behavior following a disruptive event (34). Moreover, existing resilience quantification approaches lack calibration and testing across a range of transportation systems. Because many disruptive events, and their associated consequences, are difficult to predict, resilient road systems must be characterized and evaluated by the capacity to adapt to a variety of different stress scenarios. Partly because of these obstacles, joint consideration of efficiency and resilience has yet to be implemented for transportation networks.

Here, they study the interconnections between resilience and efficiency (20) among road transportation networks in 40 major U.S. cities. They develop an urban roadway efficiency model, calibrate it on the basis of the observed data (11) of annual delay per peak-period auto commuter, and apply the model to calculate efficiency in 40 cities. Then, they model traffic response to random roadway disruptions and recalculate expected delays to determine the sensitivity of each city to loss of roadway linkages. The results may reveal important considerations for assessing proposals for improvement of roadway infrastructure that maintain efficiency under stress conditions.

METHODS

The Methods section appears here to help clarify the subsequent sections. To develop the urban roadway efficiency model, they defined the urban area boundaries, constructed the road networks, and evaluated the population density within cities using the Census Bureau data sets (35, 36) and OpenStreetMap (OSM) data sets (37). They relied on these data to assess commuter patterns, which they used to measure efficiency and resilience of road networks.

Alternative approaches to transportation have been offered and include those based on percolation theory and cascading failures (38–40), human mobility pattern studies (41–43), queueing (44, 45), and the use of historical data to predict traffic. They review these approaches in the Supplementary Materials and note that the main benefit of their model is that it relies solely on readily available public data, rather than on particular data sets that may or may not be practical to obtain for any particular region. The model’s algorithmic simplicity allows us to consider spatial topologies of cities in high resolution including tens of thousands of nodes and links. They did not create a more accurate transportation model than the existing ones, but they were able to obtain measurable characteristics of transportation systems (average delays) using their model.

Geospatial boundaries and population density

To define geospatial boundaries for the transportation infrastructure networks, they used the U.S. Census Bureau geospatial data set (35) for urban areas—densely developed residential, commercial, and other nonresidential areas (46). They approximated the exact urban area polygon with a simplified manually drawn one (Fig. 1A) and included all roadways within 40 km (25 miles) of it in the network. For each of the links, they calculated its length on the basis of the polyline defining the link and assigned a number of lanes m and the FFSs (see the Supplementary Materials).

Fig. 1 Definition of urban areas and assignment of nodes’ population.

(A) Boston, MA-NH-RI urban area as defined by the U.S. Census Bureau shapefiles (gray background). To simplify the model and the algorithms calculating the distance from network nodes to the city boundary, they approximate each of the urban areas shapefiles with a coarse manually drawn polygon (pink outline). (B) Assignment of the number of people departing from each of the network nodes. Population distribution (color polygons; red corresponds to higher population density), Voronoi polygons (black outline), and network nodes (dots) in Downtown Boston.

We next estimated population in vicinity of each intersection i using the Census Tract data (36). To this end, they split the map into Voronoi cells centered at intersections and then evaluated the population of each cell Ni asEmbedded Image

Embedded Image

(1)

Above, Nt is the population of Census Tract t, and Pi and Pt are the polygons of the cell and the tract, respectively (Fig. 1B and table S2).

Transportation model

We built on the gravity model to generate commuting patterns. The gravity model (47) is a classical model for trip distribution assignment and is extensively adopted in most metropolitan planning and statewide travel demand models in the United States (48–51). Other trip distribution models include, for example, destination choice models (52, 53). However, these models are not as widely used in large scale, because the detailed data required by these models are frequently unavailable (48).

We assumed that (i) the flow of commuters from origin region o to destination region d is proportional to the population at the destination Nd and that (ii) the flow of commuters depends on the distance xod between the origin and destination and is given by a distance factor, P(xod). Using these assumptions, they assessed the fraction of individuals commuting from region o to destination region d, fod, asEmbedded Image

Embedded Image

(2)

Then, the commuter flow from origin region o to destination region d isEmbedded Image

Embedded Image

(3)

Although individual driving habits may vary (54), they assumed that all drivers tended to optimize their commute paths such that their travel time was minimized. This assumption allowed us to calculate commute paths for every origin-destination pair using inferred FFSs. To calculate commuter flows between all pairs of intersections, they estimated distances xod as the distance of the shortest time path from o to d. Furthermore, in place of the distance factor P(xod), they used the distribution of trip lengths from the U.S. Federal Highway Administration National Household Travel Survey (55, 56), which they approximated with the exponential function (Fig. 2A and table S3).

Fig. 2 Model details.

(A) Distance factor P(xod) (Eq. 2) of trips given the distance between nodes (solid line) and the statistical data (bars). (B) Dependency of speed on density for V = 100 km/hour.

Next, they defined the commuter load on each road segment asEmbedded Image

Embedded Image

(4)where θod(ij) is a binary variable equal to 0 when the link ij is not on the shortest path connecting nodes o and d, and 1 otherwise. Note that in Eq. 4, they only considered origins that were not farther than 30 km from the urban area boundary polygon. The nodes farther than 30 km from the boundary were only used as destinations to evaluate the fraction of commuters not going toward the urban area (Eq. 2).

Because most commuters travel during peak periods, commuter loads Lij can be regarded as traffic-based centrality measures estimating the number of individuals using corresponding road segments. Then, the cumulative time lost by all commuters isEmbedded Image

Embedded Image

(5)where Vij and vij are, respectively, the FFS and the actual traffic speed along the ij road segment, lij is its length, l0 is the length correction due to traffic signals, and β is the proportionality coefficient same for all urban areas. The summation in Eq. 5 includes only links, whose origins and destinations are within the boundary polygon. A similar equation was obtained for the moving delay in the study of Jiang and Adeli (45), where the authors looked at the delay induced from road repairs.

The actual traffic speed vij depends on many factors including the speed limit, the number of drivers on the road, and road conditions. Although there exist a number of approaches to estimate actual traffic speed (57, 58), they chose to use the Daganzo model (59) to derive the traffic speed, as shown in the Supplementary MaterialsEmbedded Image

Embedded Image

(6)where vmin is the minimum speed in the traffic, vveh is the correction for the finite size of the car, and α is the proportionality coefficient (Fig. 2B).

Efficiency and resilience metrics

We measured efficiency as the average annual delay per peak-period auto commuter. In practice, lower delay means higher efficiency. There are multiple ways to map from delays to efficiency, such as taking the inverse values of delays, taking negative values of delays, etc. To avoid ambiguity and facilitate the interpretation of results, they used the delays themselves to quantify the transportation efficiency of urban areas.

We operationalized resilience through the change in traffic delays relative to stress, which is modeled as loss or impairment of roadway linkages. Looking at resilience from the network science perspective, they focused on topological features of cities, rather than on recovery resources available. Sterbenz et al. (60) evaluated a network’s resilience as a range of operational conditions for which it stays in the acceptable service region and highlighted that remediation mechanisms drive the operational state toward improvement. They are studying how availability of alternate routes helps remediate the consequences of the initial disruption to the network. In the traffic context, the immediate impact of a given physical disruption (and the time for it to unfold) in terms of closing lanes or reducing speed limits on affected roads will not vary much from network to network, although the number and type of these disruptions will. Likewise, the speed of restoring full functionality (through action in the physical domain) is not so much dependent on the road network as it is on the nature of the disruption (snow versus earthquake versus flood) and the resources that the city allocates to such repair. The level of functionality that these repairs achieve ought to be the full predisruption functionality, that is, eventually all roads can be fully cleared or restored. However, the immediate loss of function for a given traffic flow can very quickly be partially recovered after a disruption by action in the information domain, namely, rerouting of traffic. From the new steady state at that level of functionality, full functionality is gradually restored. Thus, their model proxies for resilience and is calibrated against the data that proxy for efficiency. At the same time, they note that to fully capture resilience characteristics of a transportation system, it is required to analyze recovery resources available and the effectiveness of coordination between the relevant authorities. Lower additional delay corresponds to higher resilience, but using the same reasoning that they had for efficiency, they quantified resilience through additional delays.

RESULTS Efficiency

Together, their traffic model has three parameters (proportionality coefficient α, minimum speed vmin, and finite vehicle size correction vveh) and is summarized in Eqs. 5 and 6. Given parameter values of the model, one can estimate the total delay incurred by all commuters in any given suburban area or, equivalently, the average delay per commuter. They take vveh = 9 km/hour and vmin = 5 km/hour and calibrate the model to determine the value of α to match the real data on the annual average delay per peak-period auto commuter provided by the Urban Mobility Scorecard (11).

We divide the 40 urban areas into two equally sized groups for model calibration and validation, respectively. They have found that for the 20 urban areas used for calibration, the R-squared coefficient took values in the range (−0.01 to 0.83) (Fig. 3 and Supplementary Materials). This allows us to set model parameters α and β (see Methods) as follows: α = 4.30 × 104 hour−1 and β = 10.59. These values correspond to the Pearson coefficient of 0.91 (P = 2.17 × 10−8).

Fig. 3 Modeled and observed delays in 40 urban areas.

Pearson correlation coefficients and P values between observed and modeled delays are (0.91, 2.17 × 10−8) for the 20 cities used to calibrate the model and (0.63, 3.00 × 10−3) for the 20 cities used to validate the model. Observed delays were taken from the Texas A&M Transportation Institute Urban Mobility Scorecard (11).

To validate the model, they estimate travel delays in 20 different urban areas. As seen from Fig. 3, the estimated travel delays are significantly correlated (R = 0.63, P = 3.00 × 10−3) with actual delay times (11), validating the transportation model. Figure 4 is a Google Maps representation of real and modeled results for Los Angeles and San Francisco. Road conditions under real, average traffic patterns at 8 a.m. provided by Google Maps are in Fig. 4 (A and D). Modeled conditions are given for comparison in Fig. 4 (B and E). Finally, Fig. 4 (C and F) shows the new, modeled traffic patterns that result from redistribution of travel in response to a disruption of 5% of the links.

Fig. 4 Traffic distributions.

Typical congestion at 8 a.m. for Los Angeles (top) and San Francisco (bottom) as given by Google Maps (A and D), modeled with no disruptions (B and E), and modeled with a 5% link disruption (C and F). Notably, in Los Angeles, the disruption results in traffic redistribution to smaller roads, whereas in San Francisco, it results in increased congestion along the major highways.

Resilience

Our approach to model stress is inspired by percolation theory. For every independent simulation of stress, they select a finite fraction of affected road segments r at random, with the probability of failure proportional to segment length. They collect statistics for 20 realizations of the percolation. On failed segments, free-flow speeds (FFSs) are reduced to 1 km/hour (representing near-total loss), and loads L and traffic delays are then recalculated using the updated FFSs. Low-stress scenarios (r < 0.1) might be caused by accidents or construction. Larger disruptions might occur during power failures that disrupt traffic signals or severe flooding that makes many roadways nearly impassable. Finally, widespread stress might be caused by snow, ice, or dust storms that affect nearly the entire roadway system. Figure 5 displays the analysis of delay times in six representative urban areas for the full spectrum of adverse event severities, r ⋲ [0; 1]. In addition, fig. S5 shows the results for all urban areas. Some routes within a single urban area experience longer delays than others. The inset of Fig. 5 shows the delay distribution for both Los Angeles, which is narrowly clustered, and Boston, where greater variability between roadways is evident. Traffic delay times grow rapidly as r increases and reach saturation (all routes moving at 1 km/hour) as r approaches 1. They determine the most resilient urban transportation network to be Salt Lake City, UT, whereas the least resilient among the 40 metropolitans is shown to be Washington, DC.

Fig. 5 Dependency of the additional delay on the severity of the links disruption for six representative urban areas.

Error bars show mean values ± SD. The inset shows distribution densities for two selected urban areas for 1000 realizations of 5% disruption. Note that San Francisco’s unique topology makes it susceptible to failures of a small number of discrete roadways, and this produces an anomalous impact at 5 to 15% disruption.

Figure 6 shows both the efficiency (in blue) and resilience response (additional delays due to 5% link disruption, in orange) for the 40 urban areas modeled. Some cities with high efficiency under normal operating conditions (that is, low delays) nevertheless exhibit low resilience (that is, a sharp increase in traffic delays) under stress. Virginia Beach, VA; Providence, RI; and Jacksonville, FL all fall into this category of urban areas in which traffic operates well under ordinary circumstances but rapidly become snarled under mild stress. On the other hand, Los Angeles is notorious for traffic delays under all conditions—yet minor stress levels result in little degradation of efficiency. By contrast, normal traffic delays in San Francisco are comparable to Los Angeles, but mild stress in San Francisco results in large increases in additional delays. These examples indicate that resilience (that is, additional delay response to stress) is independent of normal operating efficiency.

Fig. 6 Comparison of resilience and efficiency metrics.

Annual impact of 5% disruption (additional delay) has a low correlation with normal annual delay per peak-period auto commuter (delay). Pearson R = 0.49, P = 1.18 × 10−3.

DISCUSSION

The disturbances affecting the road infrastructure are often complex, and their impact on the structure and function of roadway systems may be unknown (28, 31). These disturbances might be natural and irregular, such as distributed road closures caused by an earthquake or homogeneous vehicle slowing down because of a snowstorm. The disturbances might also be anthropogenic and intentional, such as a street fair or marathon race. Whatever the disturbance, the results of this analysis allow several meaningful inferences to be made that may have important implications for highway transportation policy. The first is that resilience and efficiency represent different aspects related to the nature of transportation systems; they are not correlated and should be considered jointly as complementary characteristics of roadway networks.

Second, there are characteristic differences in the resilience of different urban areas, and these differences are persistent at mild, medium, or widespread levels of stress (Fig. 5). Except for San Francisco, CA, which is the most fragile of all cities represented in Fig. 5 at stress levels r < 20% but then surpassed by Boston, MA and Washington, DC, the rank ordering of urban area resilience is insensitive to stress levels. That is, cities that exhibit relatively low resilience under mild stress are the same cities that exhibit low levels of resilience (relative to peers) under widespread roadway impairment. This suggests that the characteristics that impart resilience (such as availability or alternate routes through redundancy of links) are protective against both the intermittent outages caused by occasional car crashes and those caused by snow and ice storms. For cities without resilience, a widespread hazard such as snow may lead to a cascade of conditions (for example, crashes) that rapidly deteriorate into gridlock. This was exactly the case for Washington, DC 20 January 2016 under only 2.5 × 10−2 m or 2.5 cm of snow (61), and for Atlanta, GA 2 years earlier, which experienced 5.1 × 10−2 m or 5.1 cm of snow in the middle of the day that resulted in traffic jams that took days to disentangle (62). Whereas popular explanations of these traffic catastrophes focus on the failure of roadway managers to prepare plows and emergency response equipment, Fig. 5 suggests that cities with similar climates (Memphis, TN and Richmond, VA) are less likely to be affected, regardless of the availability of plow or sand trucks.

The third inference follows from Fig. 6, which suggests that urban areas that make capital investments to reduce traffic delays under normal operating conditions may nevertheless be vulnerable to traffic delays under mild stress conditions. Because these stressors are inevitable, whether from crashes, construction, special events, extreme weather, equipment malfunctions, or even deliberate attack, investment strategies that prioritize reduction of normal operating delays may have the unintended consequence of exacerbating tail risks—that is, the risk of worse catastrophe under unlikely but possible conditions.

Finally, the exceptional position of New York City in Fig. 3 calls attention to the fact that substitutes for roadway transportation are available in many cities and have an important role to play in relieving traffic congestion. According to the Texas A&M Institute (63, 64), public transit reduces delays per peak-period auto commuter in the New York urban area by 63 hours, in Chicago by 23 hours, and by less than 20 hours in other urban areas. Because their model considers only roadway transit, and New York City contains a myriad of nonroad-based options to avoid roadway congestion, it is unlikely that their model can provide informative results for the New York urban area.

Although interest has increased in policies that enhance roadway resilience, few analytic tools are available to guide new investments in achieving resilience goals. It is widely understood that roadway infrastructure is expensive, both in acquiring land for rights-of-way and in construction of improvements, and thus, decisions regarding alignment, crossing, and access made over a period of decades may have long-lasting consequences that are observable in traffic data today. Consequently, urban areas exhibit different unintentional traffic characteristics, including delays under normal and random stress conditions. Investments motivated exclusively by expected efficiencies under normal operating conditions are unreliable safeguards against loss of efficiency under stress conditions. Therefore, new analytic tools are required that allow designers to assess the adaptive capacity of roadway infrastructure and assess the potential of new investments to provide enhanced resilience. The adaptive network-based model described herein is one such approach.

SUPPLEMENTARY MATERIALS

Supplementary material for this article is available at http://advances.sciencemag.org/cgi/content/full/3/12/e1701079/DC1

Alternative approaches to model transportation

Mapping from OSM Foundation shapefiles to network nodes and links

Population assignment algorithm

Distance factor of the likelihood of travel between nodes

Estimation of the traffic speed from the density of vehicles

Model calibration procedure

Sensitivity of the model to ramp speeds

Additional delay as a function of the severity of link disruption

table S1. Mapping original OSM types to network link types and assignment of the number of lanes.

table S2. The algorithm of the node population assignment.

table S3. Distance factor P(xod) of the likelihood of travel between nodes.

table S4. Model sensitivity to ramp speed coefficient.

fig. S1. Effects of the removal of nodes of degree 2.

fig. S2. Density-flow relationship in the Daganzo traffic model.

fig. S3. Model calibration.

fig. S4. Modeled delays for ramp speed coefficients of 1/3 and 1/2.

fig. S5. Dependency of the additional delay on the severity of the link disruption for all 40 urban areas.

This is an open-access article distributed under the terms of the Creative Commons Attribution-NonCommercial license, which permits use, distribution, and reproduction in any medium, so long as the resultant use is not for commercial advantage and provided the original work is properly cited.

REFERENCES AND NOTES
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  • Acknowledgments: They would like to thank S. Buldyrev (Yeshiva University) and J. Palma-Oliveira (University of Lisbon) for their insightful comments. Funding: This study was supported by the U.S. Army Engineer Research and Development Center and by the Defense Threat Reduction Agency, Basic Research Program (P. Tandy, program manager). A.A.G. was additionally supported by the Virginia Transportation Research Council and Virginia Department of Transportation. T.S. was supported by the NSF under grant no. 1441352. Author contributions: A.A.G., M.K., and I.L. conceived the model and designed the simulations. A.A.G. developed software and performed data retrieval and simulations. A.A.G. and M.K. analyzed results. I.L. provided senior guidance. A.A.G., M.K., J.M.K., T.S., and I.L. wrote the paper and contributed to the interpretation of the results. Competing interests: The authors declare that they have no competing interests. Data and materials availability: All data needed to evaluate the conclusions in the paper are present in the paper and/or the Supplementary Materials. Additional data related to this paper may be requested from the authors. Map data were copyrighted by OSM contributors and are available at www.openstreetmap.org.

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    References :


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    Issu : https://issuu.com/trutrainers/docs/a2010-578
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    Wordpress : http://wp.me/p7SJ6L-eE
    weSRCH : https://www.wesrch.com/business/prpdfBU1HWO000VDNZ
    Scribd : https://www.scribd.com/document/356764454/Pass4sure-A2010-578-Assess-Fundamentals-of-Applying-Tivoli-Service-Availability-Performance-Ma-exam-braindumps-with-real-questions-and-practice-soft
    Dropmark-Text : http://killexams.dropmark.com/367904/12023865
    Youtube : https://youtu.be/4Z3o2BW2x28
    Blogspot : http://killexams-braindumps.blogspot.com/2017/10/look-at-these-a2010-578-real-question.html
    RSS Feed : http://feeds.feedburner.com/JustStudyTheseIbmA2010-578QuestionsAndPassTheRealTest
    publitas.com : https://view.publitas.com/trutrainers-inc/where-can-i-get-help-to-pass-a2010-573-exam
    Google+ : https://plus.google.com/112153555852933435691/posts/N67MCfd19Ma?hl=en
    Calameo : http://en.calameo.com/books/004923526b6f8f3044c0a
    Box.net : https://app.box.com/s/iginewcbmes1crxhu6bed56d8l819yii
    zoho.com : https://docs.zoho.com/file/5bym214ca77d8bb30459280764ae29017cbbd
    coursehero.com : "Excle"






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