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Additional file 3: Table 1A. Baseline characteristics.

Quick feedback in regards to build times is important in Continuous Integration. If builds become too long, it can hurt the rate of software development. There are multiple methods to reduce build times. One commonly suggested method is to parallelize builds. This thesis aims to investigate the effects of parallelizing builds in Continuous Integration software and provide support for whether parallelizing is a good way of reducing build times or not. We conducted an experiment consisting of running tests on different Continuous Integration software with different configurations. These configurations changed how many tests were executed and how many parallel build agents were used. The aspects that were observed and analyzed was how build time, average CPU usage and CPU time were affected. What we found was that parallelizing a Continuous Integration build drastically improves build time, while RAM usage and CPU time remains similar. This entails that there are no major consequences to parallelizing other than utilizing more threads and therefore using more of the available CPU resources.

The thesis cover the energy efficiency of a multi-family house from the 1940s situated in Halmstad. As the energy performance in buildings gets better and the energy solutions aregetting smarter, the requirements will be higher for new construction. On the other hand, realestate from the 40's remains the same and are often operated with the same heating systemsas those when originally put into operation.The purpose of the report is to investigate the potential for energy efficiency in olderbuildings as well as the financial consequences of the energy-efficient solutions.The thesis is written on behalf of Halmstad Fastighets AB (HFAB), who intends to evaluatethe neighborhood in 2019 and subsequently decide on the future of the housing area. Thereport is based on this area as a reference and the action proposals presented in the report aresimulated in this housing area. The housing area was commissioned in 1943 and consists offive houses, one longer structure and four point-houses, which makes it the first multiresidentialarea owned and operated by the company. HFAB has an internal target of 75 kWh/m2, year for the entire property stock at the turn of the year 2050, which represents a targetvalue that the report intends to achieve.The report is divided into two parts, the first describing the buildings' current energy systemfrom a theoretical and technical point of view and including an energy survey on existingenergy flows for the properties. The energy survey then constitute the foundation for thesecond part, where theory and technical construction of the systems installed with the actionproposals are described together with reports on the theory for energy saving calculations.The results show that a renovation and investment with modern technology and energyefficient solutions has a major impact on the final energy use, even reaching lower specificvalues than those defined as internal goals within the company. Energy-efficient investmentscan also be a profitable investment from an economic point of view, providing additionalincentives for the property owner. Detta examensarbete behandlar energieffektivisering av ett flerbostadshuskvarter från 1940-talet beläget i Halmstad. Energieffektivisering är ett högst aktuellt ämne och i takt med attenergiprestanda i byggnader blir bättre och energilösningarna smartare så kommer kraven blihögre för nybyggnationer. Däremot står många fastigheter från 40-talet talet kvar och drivsmed samma uppvärmningssystem sedan det tagits i drift.Syftet med rapporten är att undersöka potentialen för energieffektivisering i äldre hus samtvilka ekonomiska konsekvenser de energitekniska lösningarna står för.Examensarbetet har genomförts på uppdrag av Halmstad Fastighets AB (HFAB), som avserutvärdera energianvändningen i kvarteret Framtiden år 2019 och sedermera ta beslut ombostadsområdets framtid. Rapporten utgår med detta område som referens och deåtgärdsförslag som tas fram i arbetet simuleras på detta bostadsområde. Området består avfem huskroppar, en länga och fyra punkthus, och togs i drift 1943, vilket gör området tillHFABs första flerbostadsområde. HFAB har ett internt mål på 75kWh/m2, år för hela dessfastighetsbestånd vid årsskiftet 2050, vilket är en gräns rapporten avser att uppnå.Rapporten är uppdelad i två delar där den första beskriver fastigheternas nuvarandeenergisystem ur en teoretisk och teknisk synpunkt samt innehåller en energikartläggning påbefintliga energiflöden för fastigheterna. Energikartläggningen lägger sedan grunden förandra delen, där teori och teknisk uppbyggnad av de system som installeras medåtgärdsförslagen beskrivs tillsammans med en redovisning av teori för beräkningar avenergibesparingar.Resultat visar att renovering och investering med modern teknik och energieffektivalösningar har stor inverkan på den slutgiltiga energianvändningen, vilken t.o.m. kanunderskrida de interna målen satta inom HFAB. Energieffektiva investeringar kan även varaen lönsam investering ur en ekonomisk synpunkt, vilket ger ytterligare ett incitament förfastighetsägaren.

Additional file 6: Table 1D. Day 3–72 hours of ICU treatment.

Additional file 4: Table 1B. Day 1–24 hours of ICU treatment.

Additional file 6: Table 1D. Day 3–72 hours of ICU treatment.

Additional file 5: Table 1C. Day 2–48 hours of ICU treatment.

Additional file 5: Table 1C. Day 2–48 hours of ICU treatment.

Additional file 4: Table 1B. Day 1–24 hours of ICU treatment.