Figure 6. InfluxDB logs when Monitoring component executes a query to store a KPI point.
Figure 6. The behavior of optimal consumption with the De Moivre Force of mortality by T=20, ω = 100, γ = 2.2, µ = 0.28 , θ = −0.00799, ρ = 0.864, l = 0.6, r=0.04 and α=0.05 in power utility function with Variance Gamma jump model for two personal ages. -0.00799 0.6 0.864 0.3901 -0.0007 0.5 0.872 0.3947 -0.004282 0.5 0.794 0.3943 0.00245 0.4 0.671 0.4019 0.001514 0.4 0.632 0.4021 Table 1: Optimal allocation under the power utility function in a risky stock based on the moment data reported in Xxxxxxxx (1997) with T = 20, r = 0.04, P = 0.7, µ = 0.28, τ = 0.12, g = 0.02 and γ = 3 under Model Assumption (2). In the simulation, there are 200 steps in each year. -0.001328 0.6 0.632 0.7365 -0.00532 0.5 0.746 0.7299 -0.00799 0.5 0.861 0.7284 0.00305 0.4 0.872 0.7442 0.00245 0.4 0.883 0.7433
Figure 6. (A) Relative fluorescence intensity upon excitation at different excitation wavelengths for amphora sp, a diatom sample.
(B) Resulting score plot after applying the multivariate pattern recognition algorithm aiming at the comparison of the unknown sample to a set of reference data.
2.5 Dissolved organic constituent sensing module: VOCs-SM
Examples of Figure 6 in a sentence
LC50 Median Lethal Concentration (Determined at 48 Hours) Methods of Estimation:• Probit Method• Spearman-Karber• Trimmed Spearman-Karber• Graphical See the flow chart in Figure 6 on p.
Using the model proposed to estimate Oc(x ), the local growth rate reads:R N0▲Dv.difσ x − 1−β (13)x = , ν2−β2−β .−= =Figure 6.
Figure 6: Comparison of the Learning Gains of the two Groups From the Graph Condition Along With the Linear Condition Note.
Figure 6 shows histograms of (a) the masses and (b) the ages of our H˛ stars for two regions, i.e., two bright-rimmed regions (groups A and B) and the central region of H II region (group C).
Format for Section with Main Paragraphs Without Headers Figure 6.
More Definitions of Figure 6
Figure 6. A0 – perform Ship Life Cycle The activity model is then further refined to different levels of detail depending on the scope of the individual AP. As an example, Figure 7 shows the details of activity A12 – prepare bid, which addresses the main design related tasks applicable to the scope of planned SHIPLYS design tools. This is still at a high level; however, these models contain considerably more details, in some areas down to the 6th level. A typical detailed example is shown in Figure 8 for A12224 – Calculate stability and trim. Figure 7: A12 – Prepare Bid For more details refer to [45],[46],[48]. Table 7 (in Annex B) shows a complete listing of all activities defined in the activity model.
Figure 6. UMU's multi-tenant/multi-domain DDoS detection architecture
Figure 6. Existing (left) prior to the current construction project and proposed (right) configuration of the intersection of North Street and Barrington Street
Figure 6. North Clean Dam Figure 7: North Clean Water Dam Volume Below Waterline Dirty Water Dam
Figure 6. Cytology of bronchoalveolar lavage fluid from control and animals exposed by inhalation to NM-401 (1.5 mg/m3). * Significantly different from the control (ANOVA and post hoc Tukey HSD test, p<0.05).
Figure 6. Log risk ratios comparing risks of women who either had a D-CST for both visits (red), transitioned from a D-CST to a L-CST between visits (green), or transitioned from L- CST to D-CST between visits (blue) to women who had a L-CST for both visits.
Figure 6. A System is capable of consuming the Framework mandatory core Services and will produce and/or consume one or more services 11 Figure 7: The Translator system and its produced and consumed services 12 Figure 8: Relationships between the different technologies within EMC2 13 Figure 9: A two-way hardware authentication in conjunction with the core Authorization service. 14 Figure 10: The Quality of Service Manager and its produced and consumed services 16 Table 1: Abbreviations 19