Preliminary Results. The results from this study revealed potential sites of suitable habitat AJL and three key areas that should be evaluated for potential conservation sites (Figure 6). The largest priority area was 0.5 km2, while priorities 1 and 2 were 0.2 km2 and 0.17 km2, respectively. These areas should be field tested to ensure that the predictability of the model was accurate, and conservation actions should be assigned as needed to preserve current or future habitat sites for this rare species.
Preliminary Results. Dear Secretary Xxxxxxxx: On behalf of the American Sugar Coalition and its members1 (“Petitioners”), we hereby submit the following comments in advance of the Department’s Preliminary Results of the instant administrative review. We hereby request proprietary treatment for the information contained in brackets in this submission pursuant to 19 C.F.R. § 351.303 because this information has been designated as proprietary by the mandatory respondents to this review. Pursuant to the Department’s one-day 1 The Members of the American Sugar Coalition are as follows: American Sugar Cane League, American Sugarbeet Growers Association, American Sugar Refining, Inc., Florida Sugar Cane League, Rio Grande Valley Sugar Growers, Inc., Sugar Cane Growers Cooperative of Florida, and the United States Beet Sugar Association. Xxxxxxx Xxxx Xxxx The Xxxxxxxxx Xxxxx X. Pritzker PUBLIC VERSION October 28, 2016 Page 2 lag rule, the initial proprietary version of this submission was filed on Friday and a final version containing any changes to the bracketing of proprietary information will be filed today under separate cover. Please do not hesitate to contact the undersigned with any questions or concerns regarding this submission. Respectfully submitted, /s/ Xxxxxx X. Xxxxxxx, Xx. Xxxxxxx Xxxxxxx Xxxxxx X. Xxxxxxx, Xx. Xxxxxxx Xxxxxxx Xxxxxxx X. Xxxx Xxxxxxxx Xxxxxxxxx Xxxxx X. Xxxxxx, Xx. International Trade Advisors Xxxxxxxx X. Xxxxxxxxx Xxxxxx X. Xxxxxx Xxxxxxx Xxxx Xxxx (USA) LLP Counsel for Petitioners REPRESENTATIVE CERTIFICATION I, Xxxxxxxx X. Xxxxxxxxx, with Xxxxxxx Xxxx Xxxx (USA) LLP, counsel to the American Sugar Coalition, certify that I have read the attached submission, "Sugar from Mexico: Petitioners ' Comments in Advance of the Department's Preliminary Results" dated October 28, 2016 pursuant to the Administrative Review of the Suspension Agreement suspending the Antidumping Duty Investigation on Sugar from Mexico (A-201-845). In my capacity as counsel of this submission, I certify that the information contained in this submission is accurate and complete to the best of my knowledge. I am aware that U.S. law (including, but not limited to, 18 U.S.C. 1001) imposes criminal sanctions on individuals who knowingly and willfully make material false statements to the U.S. Government. In addition, I am aware that, even if this submission may be withdrawn from the record of the AD proceeding, the U.S. Department of Commerce may preserve this submission, including a busi...
Preliminary Results. As we have seen in the background the theory of q-deformations is built in parallel to the questions one finds in traditional Lie Theory. Often the nice notions of Lie Theory do not carry into its deformation, for example Uq(sl2) is not a group so does not have subgroups. Kirillov and Ostrick utilize a way of defining a “finite subgroup” for Uq(sl2) which has parallel properties to finite subgroups of sl2. Given a semi simple abelian rigid balanced braided tensor category C over C, we define a C-Algebra A as an object A ∈ C with morphisms µ : A ⊗ A → A and iA : 1 → A that satisfy the following conditions:
Preliminary Results. Many unit tests have been implemented for the Context Management component. In this section, we report the results of these tests illustrating that all the operations are properly implemented. The results of the tests passed for the “in-memory” and the “Redis” backend, and for the gRPC and REST interfaces are summarized in Table 5. Note that for gRPC tests, each test involves the listing and retrieval of non-existing objects, the creation and update of the objects, the retrieval of existing objects, and the removal of the objects. In all cases, the appropriate constraints (existence of dependencies, correctness of data types, etc.) are checked. Moreover, all the operations tested are interleaved with the testing of the publish-subscribe mechanism used to retrieve notifications when the database objects are created, updated, or deleted.
Preliminary Results. It is worth mentioning that some of the functional blocks exposed by the Monitoring component are only partially implemented at the time of this report. The component will be upgraded and completed in the following iterations. Here, we present the screenshots of some preliminary results achieved during the development and testing of the Monitoring component regarding the parts that have been fully implemented.
Preliminary Results. The Traffic Engineering component has already been partially implemented, even though not yet integrated as a fully-fledged TeraFlow Component. Most notably the PCE element was demonstrated at the 2021 IEEE NFV-SDN conference. The demonstration visualizes the Erlang PCE setting-up and performing Traffic Engineering over a virtualized network composed of six interconnected routers as shown in Figure 9, where each head- end router connects to the Erlang PCE through PCEP. The routers are instances of Free-Range Routing (FRR) daemons running on a single desktop machine with a network virtualized using Linux namespaces. <.. image(A picture containing timeline Description automatically generated) removed ..> Figure 9: Virtual topology used for demonstrating Transport Engineering. A flow of ICMP packets is initiated between the source and destination, and the flow is directed from one side of the topology to the other side using the PCE console as shown in Figure 10. The demonstration then validates whether flow migration is effective by using packet inspection.
Preliminary Results. A set of unit tests has been defined for the Device component. In this section, we report the results of the tests illustrating those operations and features for the released components that operate correctly. Note that some of the drivers are work in progress, thus only the tests for the Device Driver API, the Emulated Device Driver, and the OpenConfig Device Driver are reported. Note also that the monitoring functionality of the Device Drivers is work in progress. For the tests, the Device component makes use of an “in-memory” instance of Context Management component. The results of the tests passed are summarized in Table 14. The tests for the Driver API consist of validating the different methods by means of the Emulated Driver directly without using the gRPC interface of the Device component. Then, the gRPC interface is added when testing the Device component with the Emulated Driver. Finally, the last implemented test focuses on testing the OpenConfig Device Driver, also through the gRPC interface of the Device component. In all cases, the appropriate constraints (existence of dependencies, correctness of data types, confirmation of retrieved values in the test cases, etc.) are checked. Table 14: Unit tests passed for the Device component. $ docker exec -i $IMAGE_NAME bash -c "pytest --log-level=DEBUG --verbose $IMAGE_NAME/tests/test_unitary_driverapi.py $IMAGE_NAME/tests/test_unitary.py" 121============================= test session starts ============================== 122platform linux -- Python 3.9.6, pytest-6.2.5, py-1.11.0, pluggy-1.0.0 -- /usr/local/bin/python3 123cachedir: .pytest_cache
Preliminary Results. A set of unit tests has been defined for the Service component. In this section, we report preliminary results for the Service component skeleton. Note that Service Handlers are work in progress, so no specific service is being tested right now. The results of the tests passed are summarized in Figure 21. The tests for the Service Handler interface consist of validating the different methods offered by the gRPC interface to create, update, and delete the services. A reduced set of constraints is being checked at the moment. $ docker exec -i $IMAGE_NAME bash -c "pytest --log-level=DEBUG --verbose $IMAGE_NAME/tests/test_unitary.py" 84============================= test session starts ============================== 85platform linux -- Python 3.9.6, pytest-6.2.4, py-1.10.0, pluggy-0.13.1 -- /usr/local/bin/python3 86cachedir: .pytest_cache 87benchmark: 3.4.1 (defaults: timer=time.perf_counter disable_gc=False min_rounds=5 min_time=0.000005 max_time=1.0 calibration_precision=10 warmup=False warmup_iterations=100000) 88rootdir: /var/teraflow 89plugins: benchmark-3.4.1 90collecting ... collected 5 items 91service/tests/test_unitary.py::test_prepare_environment[all_inmemory] PASSED [ 20%] 92service/tests/test_unitary.py::test_service_create_error_cases[all_inmemory] PASSED [ 40%] 93service/tests/test_unitary.py::test_service_create_correct[all_inmemory] PASSED [ 60%] 94service/tests/test_unitary.py::test_service_update[all_inmemory] PASSED [ 80%] 95service/tests/test_unitary.py::test_service_delete[all_inmemory] PASSED [100%] 96============================== 5 passed in 0.26s =============================== Figure 21: Unit tests passed for the Service component.
Preliminary Results. In this section we show preliminary results stemming from the development of the Automation component. These results focus on three aspects, namely (i) the realization of unit tests for testing internal processes of the Automation component, (ii) the correct spawning of the Automation server offering automation services to the TeraFlow OS, and (iii) an example invocation of a key automation service (i.e., ztpAdd) which automatically adds a new device in the network. Figure 26 shows the successful outcome of eight unit tests that were developed for the Automation component in the course of the first TeraFlow OS release.
Preliminary Results. In this section we show preliminary results stemming from the preliminary development of the Policy Management component. These results focus on two aspects, namely (i) the realization of unit tests for testing internal processes of the Policy Management component, and (ii) the correct spawning of the Policy server offering policy management services to the TeraFlow OS. Figure 31 shows the successful outcome of six unit tests that were developed for the Policy Management component during the first TeraFlow OS release.
