摘要：【中文】本申请实施例公开了信息预测方法、装置、电子设备和计算机可读介质。该方法的实施例包括：接收终端设备发送的信息预测请求，其中，信息预测请求中包括目标用户的用户数据；从该用户数据中提取特征信息；将该特征信息分别输入至预先训练的、各类别保险对应的投保概率预测模型，得到该目标用户在预设时段内对各类别保险的投保概率；将所得到的各投保概率输入至预先训练的综合投保概率预测模型，得到该目标用户在预设时段内的投保概率；向终端设备发送所得到的各保费预测结果。该实施方式提高了信息预测结果的准确性。 【EN】The embodiment of the application discloses an information prediction method, an information prediction device, electronic equipment and a computer readable medium. An embodiment of the method comprises: receiving an information prediction request sent by terminal equipment, wherein the information prediction request comprises user data of a target user; extracting feature information from the user data; inputting the characteristic information into pre-trained insurance application probability prediction models corresponding to various categories of insurance respectively to obtain insurance application probability of the target user to various categories of insurance within a preset time period; inputting the obtained insurance application probabilities into a pre-trained comprehensive insurance application probability prediction model to obtain the insurance application probabilities of the target user in a preset time period; and sending the obtained prediction results of the premium to the terminal equipment. The embodiment improves the accuracy of the information prediction result.

摘要：【中文】本发明公开了一种甘蔗、青贮玉米、小米3种作物轮作和间套作的方法，该方法是在一片土地上间套作甘蔗和小米或青贮玉米，每隔3‑5年就对宿根甘蔗地进行翻新，在原来种甘蔗的区域轮作小米或青贮玉米，在原来种小米或青贮玉米的区域轮作甘蔗，种小米或青贮玉米的区域是每种一茬小米后轮作一茬青贮玉米。因小米和青贮玉米的生长周期短，基本上可以实现每种植一期甘蔗就可以实现种植一茬小米和一茬青贮玉米，即实现每年收获一期甘蔗、一期小米和一期青贮玉米。因此，本发明的方法结合了轮作和间套作两种种植模式，使土地得到了轮作，避免了连作障碍，同时使土地得到了充分利用，提高了土地产出量，降低了土地成本，实现了甘蔗、青贮玉米和小米3种作物的丰收。 【EN】The invention discloses a method for crop rotation and intercropping of 3 crops of sugarcane, silage corn and millet, which comprises intercropping sugarcane and millet or silage corn on one land, renovating the land with perennial root sugarcane every 3-5 years, rotating the sugarcane in the original sugarcane-planting area, rotating the sugarcane in the original millet-planting area or silage corn-planting area, and rotating the corn after each round of millet-planting area or silage corn-planting area. Because the growth cycle of the millet and the silage corn is short, the planting of one batch of the millet and one batch of the silage corn can be basically realized for each period of planting the sugarcane, namely, the one-period sugarcane, the one-period millet and the one-period silage corn can be harvested every year. Therefore, the method combines two planting modes of crop rotation and intercropping, so that the land is rotated, continuous cropping obstacles are avoided, the land is fully utilized, the land output is improved, the land cost is reduced, and the harvest of 3 crops such as sugarcane, silage corn and millet is realized.